Kamis, 05 Desember 2013

“Berarti larangan memikirkan zat Tuhan itu hanya untuk umat Islam yang tolol.”


Meski tak terhitung banyaknya bagi saya larangan Tuhan dalam Alquran, tapi larangan yang paling mengerikan bagi saya adalah larangan memikirkan zat Tuhan. Tapi justru larangan itu pula yang paling membuat saya tertarik untuk melanggarnya.

Dengan perasaan berdebar debar
Saya kemudian melakukan perburuan kesana kemari mempertanyakan tentang zat Tuhan. Sampai akhirnya, saya bertemu dengan kenakalan berpikir Muktazillah. Bahkan sampai saya mengintip perdebatan seru antara Al Ghazali dengan Ibnu Rusyd tentang zat Tuhan dalam kedua buku mereka (Tahafut al Falasifah dan Tahafut at Tahafut).

Saya benar benar kaget
Kenapa seorang Al Ghazali, dan seorang Ibnu Rusyd,
Yang dikenal sebagai tokoh Islam fenomenal dalam sejarah Islam,
Justru begitu sadisnya mencincang segala hal yang terkait dengan zat Tuhan?

Dari situlah saya jadi bergumam:
“Berarti larangan memikirkan zat Tuhan itu hanya untuk umat Islam yang tolol.”

Maka karena tidak mau bertahan sebagai umat Islam yang tolol,
Akhirnya saya terus berlanjut memikirkan zat Tuhan.
Sampailah kemudian saya juga bertemu dengan Al Hallaj, Ibnu Arabi, dan Spinoza.
Bahkan lebih lanjut kemudian, saya juga berkenalan dengan para pembunuh Tuhan seperti Fuerbach, Marx, Nietzsche, Sartre, Freud, Russel, dan masih banyak lagi.

Akibatnya,
Saya jadi mengerti.
Ternyata Tuhan, akhirnya mati.
Maka sadarlah saya.
Itulah sebabnya Al Quran melarang umat Islam memikirkan zat Tuhan.
Karena jika zat Tuhan dipikirkan, maka Tuhan akhirnya akan mati.
Karena kekuatan Tuhan, terletak pada tidak mengkritik segala hal tentangNya.
Tapi adalah pada: Dibaca, lalu diaminkan.
Maka langsung selesai

Obat keras

Hubungan Perilaku Demo Dengan Pola Asuh

(Opini)

Dua hari ini blackberry saya mendapat serangan bertubi-tubi dari broadcasting demo dokter seluruh Indonesia. Pemberitaan di TV pun tidak mau kalah mengulang-ulang berita unjuk rasa para dokter. Dari siaran langsung di tempat demo, cuplikan sepintas kondisi di beberapa pelayanan kesehatan, sampai menghadirkan pengomentar pro dan kontra.

Jamaah facebook pun ikut ambil bagian. Dari membagikan tautan berita berimbang, hingga keprihatinan tindakan para ahli kesehatan ini. Seorang teman menuliskan, “Sangat disayangkan, kaum intelektual ikut turun ke jalan-jalan menyampaikan pendapatnya”.
Saya tidak tau persis, apa maksud dari “disayangkan” menurutnya.

Ada juga dari kalangan yang ingin diperhatikan, membuat opini tentang hak mereka untuk boleh berdemo. Sang pencetus opini sampai membanding-bandingkan dirinya dengan demo para buruh pabrik. Bukan hanya itu, proses menjadi profesi dokter pun dibandingkan dengan cara menjadi buruh di pabrik. Sudah barang tentu, jumlah nominal terkuras dari tabungan tidak luput di sana. Yang memprihatinkan saya, si peopini juga curhat nasib para ahli kesehatan ini tentang upah yang mereka terima.

Terlepas dari itu semua. Catatan ini tidak dalam koridor menfatwa tindakan—unjuk rasa—para dokter. Apakah tindakan mereka ini salah atau patut didukung. Akan tetapi, ada percikan pemikiran dalam diri saya, “Mengapa, hampir di semua lini untuk mendapat perhatian di negeri ini harus via demo?”.

Ya, harus lewat demo. Mengapa saya mengatakan harus? Karena berdasarkan fakta memang itulah adanya.

Lalu apa buktinya?

Mari kita mengulang sejarah sejenak. Masih ingat peristiwa 1998? Peristiwa reformasi di Indonesia. Kejadian itu seperti proses membuka lubang rahasia bawah tanah. Banyak simpanan di ruang itu. Simpanannya dari barang rongsokan hingga barang mewah.
Begitulah perumpamaan, kasus-kasus yang muncul setelah 1998.
Bagi saya pribadi, saya mengetahui istilah demo pun, ya karena kejadian itu. Baru setelah itu, saya mengenal demo produk di komunitas MLM dan salesman masuk desa.

Fakta lain menurut saya, kisah dua tokoh penegak Korupsi. Kedua pimpinan KPK Bapak Bibit waluyo dan Candra Hamzah. Beliau berdua lepas dari tangkapan polisi karena desakan demo masyarakat untuk melepaskan mereka.

Buruh berhasil mempengaruhi Jokowi setahun silam untuk menaikkan upah minimum. Seakan itu menjadi senjata agar keinginannya tercapai. Sehingga tahun ini melakukan hal serupa. Akan tetapi demo ini belum berhasil sebagaimana harapan pendemo.

Dan lazim kita dengar, “Kalau tuntutan kami tidak dengar, maka kami akan mengumpulkan masa lebih banyak lagi”. Para komando unjuk rasa dengan gagah berani beraksi di depan kamera. Sahutan bergemuruh pun terdengar “Ya...ye... yoo...”. Dukungan para masa di belakang komando. Seakan ini sudah menjadi senjata agar didengar.

Terbukti dari beberapa kasus lainnya. Suatu kebijakan dan keputusan terjadi setelah ada unjuk rasa. Entah karena pertimbangan atau karena keterdesakan. Baik terpublikasi media atau tidak.

Inilah yang menjadi pertanyaan saya, mengapa untuk mendapat perhatian itu melalui demo?

Suatu ketika saya merenung akan hal ini. Tiba-tiba saja ada ide jatuh dari langit dan mengenai kepala saya. Ide itu berbunyi keras sekali di telinga saya, “Keterampilan ini (demo) sudah mengakar dari sejak kecil”.

Maksudnya?

Mungkin hal ini juga jadi pertanyaan Anda. Sekarang, mari kita review sekali lagi memori masa kecil kita. Masih ingatkah Anda perilaku yang kita lakukan—saat kita kecil—untuk mendapat perhatian orang tua kita?

Teriak. Guling-guling di tanah. Melempar botol susu. Menendang pintu. Mungkin itu inisiatif Anda. Sementara saya dulu, kalau minta sesuatu sampai tiduran depan kandang ayam. Sekali waktu berhasil. Kalau ada keinginan dan orang tua tidak menuruti, maka saya melakukan hal serupa lagi.

Naasnya, malah cara itu membuat saya trauma. Alih-alih orang tua saya menuruti keinginan saya. Almarhum bapak saya malah mendorong saya masuk ke kandang ayam dan mengunci saya di sana. Ha..ha...ha...

Hemm, akhirnya saya mengerti. Rupanya demo- mendemo ini ada faktor pola asuh di sana. Artinya, pola mendapatkan perhatian lewat demo saat ini terjadi karena di masa kecilnya juga demikian. Bukankah kita berdemo kepada orang tua pada masa kecil juga karena hal serupa? Untuk mendapatkan perhatian.
Lalu apakah ada yang salah dengan demo?

Saya tidak terlalu menarik membahas sesuatu dari kacamata “benar atau salah”. Karena, menurut saya itu jarang menyelesaikan masalah. Faktanya, pembicaraan salah dan benar itu selalu jarang bisa mencegah agar tak terulang ke depannya.
Lantas apa?

Opini saya pribadi, saya dan Anda bisa mencegah perilaku—tindakan mendapatkan perhatian lewat demo—pada generasi akan datang dengan cara mengubah pola asuh kepada mereka di masa kecil.

Oh ya, sebijaknya kita sadari bersama, akar masalah dari demo selama ini biasanya lebih banyak terjadi karena kurang perhatian. Bukankah kita berdemo kepada orang tua pada masa kecil juga karena hal serupa?

Mari kita perhatikan tubuh. Bukankah setelah sakit baru memperhatikan pola makan? Kemudian memikirkan olah raga teratur? Tubuh sakit, itulah bentuk demonya agar mendapat perhatian dari kita.

Begitu juga dengan alam. Bukankah kita baru peduli setelah bencana terjadi? Itulah bentuk demo sang semesta.

Artinya, agar dapat mengubah pola ini bisa dengan dua cara. Pertama, sebagai orang tua lebih peduli dan memperhatikan. Lalu yang kedua, melatih komunikasi asertif.

Rabu, 27 November 2013

Cara Melacak Ciri Manusia Anti Kritik

Nyaris tidak ada manusia yang mengakui bahwa dirinya anti terhadap kritik.

Rata-rata semua mengaku siap menerima kritik.
Karena itu cara untuk mengetahuinya tidak bisa melalui pengakuan yang bersangkutan. Tapi mesti dilacak melalui sikap dan prilaku mereka.

Secara gamblang cirinya adalah:
Saat dikritik, nada suara dan susunan kalimatnya menjadi kacau.
Bicaranya mutar mutar. Sulit mengakui segala sesuatu yang sudah jelas
Dan selalu mengaburkan dan mengarak topik tanpa fokus.

Setelah itu usai,
Yang bersangkutan berubah sikapnya dalam hubungan pergaulan.
Dengan kata lain, kritik itu bagi mereka adalah gong permusuhan.
Bahkan sebagian dari mereka, dendam pada orang yang mengkritiknya.
Dan itu, lama sembuhnya. Bahkan bisa dibawa sampai mati.
Dengan kata lain, mereka begitu sulit untuk memaafkan.

Jika ketemu dengan orang yang demikian,
Bisikan di telinga mereka: “Anda manusia sampah sok mutu!”

Selasa, 26 November 2013

Diskusi tentang Kebanaran Itu Omong Kosong!

Diskusi tentang Kebanaran Itu Omong Kosong!

19 November 2013 pukul 9:38
Kadang saya muntah membaca dialog dialog tentang kebenaran
Karena rata rata peserta, kuper wawasan filsafat
Seakan kebenaran itu, seperti sebuah benda
Yang tinggal dipetik, lalu dielus kemana-mana
Padahal kenyataannya, kebenaran itu tidak ada.
Hanya sebuah konstruksi angan-angan yang disebut dengan permainan logika

Kapan ya mereka akan mengerti
Beginilah susahnya jika modal referensi hanya agama agama agama melulu
Coba sesekali baca Filsafat Postmodernisme
Mereka akan akan sadar,
Ternyata apa yang mereka pahami,
Hanya sampah yang sudah kadaluarsa
Jadul banget

Sampah postmodernisme adalah nilai-nilai lama.
Posmodernisme menawarkan
lokalitas yang terbaharu lewat keacakan penuh kejutan.
Pada kemasan yang menggugah verbalisme, logika kekinian,
dan semangat bermain-main yang dahsyat ia memamah biak, berduplikasi, dan menjadi simulakrum.

Nilai-nilai lama disimpan di gudang lembab, namun kemasannya dicat ulang dengan campuran-campuran yang mengejutkan.
Ada pesta estetika yang banal, menawarkan penafsiran baru yang setara.
Sekaligus membunuh paternaslime Nilai lama yang diragukan kebenarannya, karena penafsirannya sangat sepihak dan memperbudak semangat kreatif personal yg Keparat.

Aku larut di situ, sambil....kadang-kadang menyimak bungkusan nilai lama yang tertindih debu.
Bukan karena merindukan si tokoh,
tapi cuma kerinduan sebagai manusia sepi makna di hingar-bingar kekinian.

Posmodernisme memang Bangsat!

sekaligus nikmat......

Kilas Balik dari Muhammad Menuju Nietzsche

Kilas Balik dari Muhammad Menuju Nietzsche

20 November 2013 pukul 9:07
Sewaktu saya membaca Sejarah Hidup Muhammad karya Husein Haekal, saya sering menangis dari halaman ke halamannya. Terbayang kebersahajaan dan kemuliaan pribadi Muhammad. Lalu saat saya lanjutkan membaca riwayat 2 sahabatnya, Abu Bakar dan Umar bin Khattab, dengan pengarang yang sama, lagi lagi saya juga  menangis. Seakan tak kan saya temui lagi pribadi yang menyentuh hati saya selain mereka.

Tapi tak lama kemudian saya juga membaca Kasyaful Mahjob Al Qusyairi. Begitu juga dengan Ihya Ulumuddin Al Ghazali. Semakin larut saya dalam tangis Cinta Illahiah. Terbayang betapa dalamnya akhlak para Sufi. Betapa heroiknya kecintaan mereka pada Allah. Seakan saya tak kan lepaskan lagi hidup zuhud di jalan Tuhan.

Namun beberapa tahun kemudian,
Saat saya baca riwayat kegilaan Nietzsche, malah saya terharu lebih dalam lagi. Begitu nyeri hati saya mengenang kedalaman renungan filosofisnya. Tuhan yang semula saya puja dan saya cintai dengan segenap jiwa raga, dia bunuh dengan gagah berani. Dan mayatNya, jatuh membasahi petualangan spiritual saya yang tak pernah padam. Maka praksis sejak saat itu, cara saya memandang segala sesuatu, berubah 1000 derjat dari sebelumnya. Saya mengutuk Nietzsche sejadi-jadinya. Kenapa saya menemukan kegilaannya disaat saya sudah terlanjur mencintai Tuhan hampir separuh usia.

Dan begitulah seterusnya ...
Semua, ternyata hanya proses yang tak pernah henti
Saya menggigil dari satu rumah ke rumah bathin lainnya
Dari satu atap suci ke atap metafisik lainnya
Sampai akhirnya saya sadar
Akan seksinya sabda gila Sang pembunuh Tuhan yang bernama Nietzsche:
Bahwa yang disebut Kebenaran, pada dasarnya hanya kumpulan kesalahan yang tertunda

Minggu, 16 Mei 2010

Use of the Occivator for the correction of forward head posture, and the implications for temporomandibular disorders: a pilot study.(PHYSICAL THERAPY

ABSTRACT:

Numerous studies suggest that temporomandibular disorders may be associated with forward head posture. The current study presents a need for an intervention that will effectively facilitate an ideal postural alignment of the head. The Occivator (Posteocentric Systems, Mastic Beach, NY) is an intervention speculated to improve forward head posture (FHP). However there has not been a randomized study to correlate use of the Occivator with improvement of FHP. The purpose of this study was to evaluate the effectiveness of the Occivator as a therapeutic intervention for the correction of FHP. Using a plumb line, twenty-nine (29) subjects were selected on the basis of having FHP. The CROM (cervical range of motion) device was used to determine measurement of forward head position for each group, pre and post an eight week period. The experimental group followed a specific protocol of 20 minutes of stretches and exercises on the Occivator, two times a week for eight weeks. The control group did not receive any intervention. The experimental group as compared to the control group, demonstrated significant improvement for forward head posture (p=.02). Further research is needed to evaluate the effectiveness of the Occivator.

**********

Forward head posture (FHP) is a deviation from normal head alignment that causes muscle imbalances, and places an abnormal strain on the musculoskeletal system. The individual who presents with forward head posture (FHP) may be inclined to various impairments because of changes in alignment and function. FHP has been implicated in such conditions as chronic neck and upper back pain, (1) impairment of the upper extremities, (2) headaches, (3-5) and sleep apnea. (6) Established literature recognizes a significant relationship between FHP and temporomandibular disorders (TMD). (7-10)

Ideal posture may be defined as a state in which minimum effort is required to maintain a balanced position and in which a minimum amount of stress is applied to each joint. Viewed laterally, normal postural alignment is identified by a straight line of gravity which runs through the external auditory meatus, passes the tip of the acromial process, travels through the lumbar vertebral bodies, and proceeds posterior to the hip joint and anterior to the knee joint axis and lateral malleolus. (11)

In a position of ideal head posture, the center of gravity is placed slightly anterior to the cervical spine. The trapezius, splenius capitus, and semispinalis capitus muscles support the head against gravity. The sternocleidomastoid muscle assists in stabilizing the head. (7) A slight kyphosis is present between the cranium and C1-C2 vertebrae with correct head posture. A 30-35 degree angle of lordosis should exist at the lower cervical spine, and a normal degree of kyphosis exists at the upper thoracic spine. The distance between a plumb line posterior to the thoracic apex and the midcervical region should be 6-8 cm. (11) The shoulders should be in a position posterior to the first rib and retracted from the clavicle. The stern-ocleidomastoid muscles typically demonstrate an angle of 35-60 degrees from origin to insertion. (12) The weight of the arms is distributed among the interscapular and upper shoulder muscles. This ideal state of balance is determined by the bipupilar, otic, and occlusal planes. These three parallel planes uphold a relationship to each other and to the ground in a normal state of posture. They are responsible for equilibrium and positional awareness of the head in space. Mechanoreceptors in the upper cervical spine and mandible provide feedback to ensure that the relationship between the three planes are maintained. (7) Sight, vestibular orientation, head shape and mass, as well as the need to preserve the pharyngeal airway are all factors influencing natural head posture. (6)

FHP implies that there is an excessive anterior displacement of the head relative to a vertical postural line. The sternocleidomastoid muscles present with an angle greater than 60 degrees, and there is a distance greater than 6-8 cm between the thoracic apex and midcervical region. The extension movement of the head is related to the shortening of the posterior cervical muscles, the scalenes, and the sternocleidomastoid muscles, and to the increased elastic tension of the hyoid muscles, and anterior cervical muscles. A forward movement of the shoulder girdle occurs, shifting the weight of the arms to the upper trapezius and levator scapulae muscles. The middle and lower trapezius muscles and the rhomboids lengthen and become weak, while the pectoral muscles tighten. (13) Proprioceptive changes occur and the brain perceives the assumed faulty posture as being correct, Figures 1 and 2.

JPEGF

While some research fails to prove that there is a significant relationship between TMJ and FHP, (14,15) numerous studies suggest that a forward position of the head can affect function of the temporomandibular joint. (8,16) Further studies confirm that the correction of poor posture may help to relieve symptoms associated with temporomandibular disorders (TMD). (17)

In a forward head position, hyperextension of the head or posterior cranial rotation usually occurs. The suboccipital muscles shorten and the submandibular muscles lengthen. The hyoid bone may elevate due to the lengthening of the infrahyoid muscles and tightening of the suprahyoid muscles. A straightening of the cervical spine with decreased lordosis may be seen. The mandible is directed into an elevated and retruded position, decreasing the interocclusal or freeway space. (18-20) When the head is flexed forward from the hyperextended head position, the mandible also shifts forward, making the TMJ susceptible to excessive shuttling back and forth. This can alter joint mechanics and lead to overstretching of the joint capsule, exposing one to reciprocal clicking and mastication dysfunction. (18)

JPEGF

The Occivator (Posteocentric Systems, Mastic Beach, NY) is an exercise device, developed to restore neutral position of the head, neck, and thoracic spine. Its development has been based upon the spinal corkscrew principle, which likens the mechanism of a corkscrew to the components of head, neck, and spinal alignment. Depression of the shoulder component of the corkscrew drives the head component upward, just as depression and retraction of the shoulder girdle complex lengthens the spine and directs the occiput up and into a flexed position over the cervical spine. (21)

The Occivator is designed to facilitate strengthening of the weak phasic muscles and lengthening of the tight postural muscles. This intervention is hypothesized to direct the head forward and up on the neck, in order to correct forward head posture. Dental experts in TMD were consulted during the development of this device to ensure that there was no potential for adverse effects posed on the mandible. Although the chin strap appears to impose a force of retrusion on the mandible, the correction of FHP balances this force by directing the lower jaw down and forward. The net result is a comfortable rest position of both TM joints. This intervention may have future implications for people who suffer from impairments related to forward head posture, particularly patients who have been diagnosed with postural-related TMD. The purpose of this study is to evaluate the effectiveness of the Occivator as a therapeutic intervention for the correction of forward head posture, Figures 3 (A and B).

Material and Methods

Subject Selection

This pretest-posttest control group design study utilized a sample of convenience. Twenty-nine (29) subjects were recruited from the New York Institute of Technology campus in Old Westbury, New York. The mean age of the subjects in the control group was 35.2 and consisted of seven males and eight females. The mean age of the subjects in the experimental group was 31.2 yrs. and consisted of six males and eight females. Subjects were informed that they would be participating in a study involving forward head posture. The Institutional Review Board at the New York Institute of Technology approved this study, and all subjects read and signed an informed consent form prior to participating in the study. Potential subjects were screened by taking their history and answering a questionnaire. Subjects were excluded from this study if:

* Subject was symptomatic or presented with any orthopedic dysfunction;

* Subject had received intervention for forward head posture or cervical thoracic dysfunction;

* Subject had received chiropractic, physical therapy, occupational therapy or osteopathic treatment for forward head posture within the past six months;

* Subject was diagnosed with Down Syndrome, Spina Bifida, or Rheumatoid Arthritis;

* Subject had a pacemaker; or

* Subject was below the age of 18.

JPEGF

In order to participate in the study, subjects needed to present with forward head posture based on a postural assessment utilizing a plumb line. Each subject was instructed to stand so that a plumb line was positioned to run through the acromion process of the shoulder. The subject was asked to look straight ahead while a photograph was taken. A plumb line running posterior to the earlobe indicated whether the patient had forward head posture.

Measurement

FHP was quantified through use of the cervical range of motion (CROM) device (Performance Attainment Associates, Rosenville, NJ) (Figure 4). The CROM does not offer a criterion that determines if a subject has FHP, however it does allow us to make comparative measurements of head position. Head position was determined through use of a horizontal arm and vertebra locator. The horizontal arm was used to determine the distance from the bridge of the nose to the intersection of the vertebra locator. Measurements were taken based on units of 0.5cm. A study by Garrett indicated that the CROM has high intertester reliability (ICC=0.93) for measuring forward head posture. (22)

All measurements were taken by the same tester, pre and post a two-month period. Before beginning this study, the tester received one 15 minute training session on use of the CROM. A single blinded study was employed in order to limit tester bias. In order to accommodate subjects, testing was performed at different location sites. In order to maintain some level of consistency, the site of measurement was the same for each individual subject, both pre and post the eight-week period. The subject was seated upright with thoracic and lumbar spine securely filling the gap, feet positioned flat on the floor and arms resting freely at the subject's sides. The pre and post test measurements of FHP in cm. were then utilized for subsequent data analysis.

Procedure

Subjects were randomly assigned to a control group or an experimental group. The control group did not receive any treatment. The experimental group followed a procedure incorporating four techniques using the Occivator. Experimental subjects met with a co-investigator two times a week for eight weeks. All techniques using the Occivator were administered and supervised by a trained co-investigator of the study. Each co-investigator underwent two one-hour training sessions and was also required to review a CD-ROM tutorial on use of the Occivator. Each subject in the experimental group received manual therapeutic guidance, as needed, to enhance the sensorimotor learning experience. Subjects performed exercises using the Occivator at one consistent location site throughout the treatment period. To make it more convenient for subjects, treatment sessions usually took place at the subject's home. The Occivator was positioned with the superior pulley at a 30 degree angle. The subject was seated six inches away from the wall with a rolled towel placed behind his/her lower back to prevent lumbar kyphosis.

Subjects in the experimental group performed the following protocol:

1. Week #1: Two sessions on the Occivator during which the subject was taught the Basic Stretch. This included instruction in the chin-tuck exercise. As the subject downwardly pulls the rope handles, the occiput is passively flexed. The axis of rotation occurs through the ears. The motion induced during the basic stretch is a forward and up movement of the occiput. The muscles stretched include the occipital extensors, upper trapezius, and the levator scapulae. Once the subject was proficient, he/she performed the Basic Stretch ten times with a ten-second hold (the stretch must be felt in the sub-cranial region and not below). The subject was then instructed to assume this position throughout the day on an hourly basis. Note: The subject's lumbar spine was placed in neutral at all times when using the Occivator.

JPEGF

2. Week #2: Two sessions on the Occivator during which the subject:

a. Performed the Basic Stretch (ten times with a 30 second hold);

b. Performed Neck Retraction. This maneuver began with the Basic Stretch and proceeded with a posterior gliding motion of the lower cervical spine. The retraction element addresses the forward neck. This was held for ten seconds and repeated ten times. The subject was instructed to assume his/her new postural position on an hourly basis throughout the day.

3. Week #3- Two sessions on the Occivator during which the subject:

a. Performed the Basic Stretch as in week #2

b. Performed Neck Retraction as in week #2

c. Performed Thoracic Extension. This application begins with the Basic Stretch and follows through with Neck Retraction. There is an added element of head-neck extension, followed by depression and retraction of the scapula and extension of the thoracic spine. This exercise aims to restore flexibility of the spine and to reinstate balance and trunk support. The muscles active with this exercise include the middle and lower trapezius muscles, rhomboids, and serratus anterior. The muscles that are lengthened include the pectoralis minor and major as well as the scalenes and neck flexors. Manual guidance was provided to the subject, and each exercise was performed ten times and held for ten seconds. As in week #2, the subject was instructed to assume this new position on an hourly basis throughout the day.

4. Week #4- Two sessions on the Occivator as with week #3.

5. Week #5- Two sessions on the Occivator during which the subject:

a. Performed the Basic Stretch as in week #2

b. Performed Neck Retraction as in week #2

c. Performed Thoracic Extension as in week #3

d. Performed Standing Corkscrew technique. This exercise is based upon the spinal corkscrew principle. While the shoulder girdle descends, the occiput is directed up and forward on the neck. The subject stands with his/her pelvis in neutral, and with his/her arms at the level of the hip. The patient simultaneously depresses at the acromioclavicular joint and elevates at the sternoclavicular joint. This was repeated ten times and held for ten seconds. As in week #2, the subject was instructed to assume their new postural position on an hourly basis throughout the day.

6. Week #6, 7, and 8, two sessions as in week #5.

Data Analysis

The change from pretest to posttest in FHP was utilized for data analysis. A one-tailed independent t-test was utilized to determine if there was a significant difference between the experimental and the control group on improvements in FHP. An alpha level of p>.05 was used for all statistical comparisons. All statistical procedures utilized SPSS version 10.0 (SPSS, Chicago, IL).

Results

Tables 1 and 2 represent pre--and posttest measurements of forward head posture and the percentage of change. Table 3 presents the mean and standard deviation of the experimental and control group. There was a significant difference between the experimental group and the control group (p=.02) on improving FHP as demonstrated by the one-tailed independent t-test.

Discussion

The results of this pilot study demonstrate the effectiveness of the Occivator in improving FHP. This can be explained biomechanically, by the passive elongation of the suboccipital muscles, and strengthening of the deep cervical muscles to restore alignment of the head. Significant change in FHP can also be attributed to subjects being more aware of neck posture, having participated in exercises that promote postural awareness. Further studies comparing previously established postural exercises to exercises performed on the Occivator should be pursued.

Since this was a pilot study, our goal was to identify and eliminate sources of error that might compromise data outcome in future trials. In order to improve the reliability and validity of this study, modifications to some of the measuring devices need to be made. There is some deficiency with relying on visual assessment in order to determine forward head posture with use of a plumb line. Viewing the subject at different angles may influence tester assessment. In order for subjects to qualify for the study, a more quantitative criteria should be established. Situations arose in which subjects who had forward shoulders did not technically fit our criteria for having forward head posture, since a plumb line will technically run through the external auditory meatus and through the acromium. In future studies, use of a carpenter's trisquare and goniometer might provide testers with a more quantitative way of verifying measurements of head position and a standard for forward head posture. In a study by Harrison, Greb, and Wojtowicz, (23) the trisquare was used to determine linear measurements of various anatomical landmarks, and a goniometer was used to establish angular measurements in order to determine head and shoulder posture in the sagital plane. Experimenters can further improve consistency by photographing subjects with a tripod preset to a consistent height and angle. Subjects were informed that they would be participating in a study that involved correction of posture. When posing for a photograph, this knowledge may have prompted the subject to assume an unnatural stance.

The study was based on a sample of convenience in which subjects were assigned to groups, rather than randomly selected. Further experiments on efficiency of the Occivator will impose stricter sampling guidelines in order to avoid the risk of exposing this study to sample bias. Pre and post measurements of FHP should be taken at the same location site and on the same day for all subjects, for better standardization.

Conclusion

This pilot study demonstrates that use of the Occivator was effective in improving FHP. Studies with a larger sample size and with greater control over confounding variables should be conducted for further investigation of the Occivator as an intervention for the correction of FHP. Future studies can examine the implications that this device may have on patients suffering from postural-related TMD.

Manuscript received

February 6, 2006; revised manuscript received August 7, 2007; accepted December 11, 2007

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(2.) Novak CB, Mackinnon SE: Multilevel nerve compression and muscle imbalance in work-related neuromuscular disorders. Am J Ind Med 2002; 41(5):343-352.

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(6.) Ozbek M, Miyamoto K, Lowe A, Fleetham J: Natural head posture, upper airway morphology, and obstructive sleep apnea severity in adults. Eur J Orthod 1998; 20:133-143.

(7.) Rocabado M: Diagnosis and treatment of abnormal craniocervical and craniomandibular mechanics. In: Solberg WK, Clark GT, eds. Abnormal jaw mechanics: diagnosis and treatment. Chicago, IL: Quintessence Publishing, 1984.

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(9.) Evcik D, Aksoy O: Correlation of temporomandibular joint pathologies, neck pain, and postural difference. J Phys Ther Sci 2000; 12:97-100.

(10.) Mannheimer JS, Rosenthal RM: Acute and chronic postural abnormalities as related to craniofacial pain and temporomandibular disorders. Dent Clin North Am 1991; 35:185-208.

(11.) Kendall FP, Mcreary EK, Provance PG, Rodgers MM, Romani WA: Muscles testing and function with posture and pain. Baltimore: Lippincott Williams & Wilkins, 2005.

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(13.) Janda V: Muscles and cervicogenic pain syndromes. In: Grant R, ed. Physical therapy of the cervical and thoracic spine. New York, NY: Churchill Livingstone, 1988.

(14.) Visscher CM, DeBoer W, Lobbezoo F, Habets LLMH, Naeije M: Is there a relationship between head posture and craniomandibular pain? J Oral Rehabil 2002; 29:1030-1036.

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(16.) Darling DW, Kraus S, Glasheen-Wray MB: Relationship of head posture and the rest position of the mandible. J Prosthet Dent 1984; 52(1):111-115.

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(21.) Makofsky HW: Spinal manual therapy, an introduction to soft tissue mobilization, spinal manipulation, therapeutic and home exercises. New Jersey: Slack Inc., 2003.

(22.) Garrett T, Youdas J, Madson T: Reliability of measuring forward head posture in a clinical setting. J Orthoped Sports Phys Ther 1993; 17(3): 155-160.

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Address for correspondence:

Dr. Catherine Augustine

131 North Suffolk Ave.

Massapequa, NY 11758

E-mail: AugustCM@aol.com

Catherine Augustine, P.T., D.P.T.; Howard W. Makofsky, P.T., D.H.Sc., O.C.S.; Christina Britt, P.T., D.P.T.; Barbara Adomsky, P.T., D.P.T.; Jennifer Matire Deshler, P.T., D.P.T.; Paula Ramirez, P.T., D.P.T.; Peter Douris, P.T., D.P.T., Ed.D.

JPEGF

Dr. Catherine Augustine received her B.A. degree in 2000 from the State University at Albany, New York and a doctorate degree in physical therapy from the New York Institute of Technology in 2005. Dr. Augustine works as a physical therapist at St. Charles Rehabilitation in Pachogue, New York.

Dr. Howard Makofsky received his bachelor's degree in human physiology from McGill University in 1977, a bachelor's degree in physical therapy and a master's degree in health sciences, both from Stony Brook University in 1979 and 1993, respectively. He received a doctorate in health sciences from the University of St. Augustine for Health Sciences in 1999. Dr. Makofsky is an associate professor in the Physical Therapy Department at the New York Institute of Technology and an adjunct professor at the Toura College, School of Health Sciences.

Dr. Christina Britt received her bachelor's degree in health sciences from the University of Miami in 2000 and a D.P.T. from the New York Institute of Technology in 2005. Dr. Britt is a manual physical therapist employed by Physiologic PT in Great Neck, New York and Long Beach Medical Center.

Dr. Barbara Adomsky received her D.P.T. from the New York Institute of Technology in 2005 and received a B.S. in business administration from Rider College in 1988. Currently, she is employed at Long Island Jewish Medical Center where she treats a variety of balance, neurological and orthopedic patients. Dr. Adomsky also works part-time at Orthopedic Care of Long Island and Glen Cove Center for Nursing & Rehabilitation, as well as providing home care services.

Dr. Jennifer Matire Deshler received her bachelor's degree in science in 2003 and a D.P.T. in 2005, both from the New York Institute of Technology. Dr. Deshler has worked in the outpatient department of the St. Charles Hospital for the past two years and is also a contract physical therapist for school aged children for Tender Age PT, Inc.

Dr. Paula C. Ramirez received a D.P.T. degree from New York Institute of Technology in 2005. She continued her education in 2006 studying Differential Diagnosis and Treatment of Hip and Lumbar Spine Pathology at Weill Medical College of Cornell University. Dr. Ramirez has clinical experience at Suffolk Physical Therapy and Northport VA Hospital, Northport, New York.

Dr. Peter Douris received his B.S. degree in physical education from Hunter College in 1979, a master of science degree in physical therapy from Columbia University in 1982, a master of education in movement science in 1989, a doctor of education in movement sciences in 1989, and a doctor of physical therapy degree in 200Z Dr. Douris is an associate professor in the Physical Therapy Department at the New York Institute of Technology.

Table 1
Experimental Group
% Change
Subject Measurement Pre Post Delta [(delta/pre)
(cm) (cm) (cm) * 100]

1 FHP 22.0 21.5 0.5 2.27
2 FHP 19.0 17.5 1.5 7.89
3 FHP 19.0 18.5 0.5 2.63
4 FHP 21.5 21.5 0 0
5 FHP 20.5 17.5 3.0 14.63
6 FHP 20.5 17.5 3.0 14.63
7 FHP 19.0 17.5 1.5 7.89
8 FHP 25.5 25.0 0.5 1.96
9 FHP 18.5 17.0 1.5 8.11
10 FHP 17.5 17.0 0.5 2.86
11 FHP 19.5 19.5 0 0
12 FHP 19.5 18.5 1.0 5.13
13 FHP 19.5 20.0 -0.5 -2.56
14 FHP 20.0 18.0 2.0 10.0

Mean 20.1 1.94 1.07 5.39
SD 14.0 2.29 1.07 5.33

FHP: Forward head posture
SD: Standard deviation

Table 2
Control Group
% Change
Subject Measurement Pre Post Delta [(delta/pre)
(cm) (cm) (cm) * 100]

1 FHP 16.5 17.0 -0.5 -3.03
2 FHP 17.5 18.0 -0.5 -2.86
3 FHP 20.5 18.0 2.5 12.20
4 FHP 20.5 18.5 2.0 9.76
5 FHP 19.0 18.5 0.5 2.63
6 FHP 23.0 23.5 -0.5 -2.17
7 FHP 21.0 21.0 0 0
8 FHP 21.5 21.5 0 0
9 FHP 21.5 21.0 0.5 2.33
10 FHP 23.5 25.0 -1.5 -6.38
11 FHP 19.0 19.0 0 0
12 FHP 22.0 21.5 0.5 2.27
13 FHP 20.5 20.5 0 0
14 FHP 18.5 18.0 0.5 2.70
15 FHP 21.0 21.0 0 0

Mean 20.37 1.95 0.23 1.16
SD 20.13 2.26 0.98 4.71

FHP: Forward head posture
SD: Standard deviation

Table 3
Mean and Standard Deviation Comparison
Between Experimental and Control Groups

No. Mean SD

Control Group 15 0.23 0.98
Experimental Group 14 1.07 1.07

SD: Standard deviation

sumber:
Jurnal Fisioterapi

Making decisions about service delivery in early childhood programs.(Clinical Forum)(Report).

Abstract:

Purpose: This article presents a rationale for specialized services personnel to use fluid models of service delivery and explains how specialized services personnel make decisions about the blend of service delivery methods that will best serve a child.

Method: The literature on occupational therapy, physical therapy, and speech-language pathology service delivery in early childhood programs is reviewed, synthesized, and applied to current practice. The literature explains that direct and consultative services provide unique benefits to children and should be flexibly scheduled based on each child's current priorities. Flexible service delivery models allow therapists to meet the evolving needs of children within dynamic environments.

Conclusion: To establish fluid service delivery models, therapists need to (a) plan collaboratively with teachers so that the model selected meets the teacher's preferences, (b) design flexible scheduling systems that emphasize inclusive practice, and (c) maintain precise documentation about when and how services are provided.

KEY WORDS: early childhood special education, service delivery, consultative services


Full Text :
COPYRIGHT 2009 American Speech-Language-Hearing Association

Early childhood scholars (e.g., Odom & Wolery, 2003; Rapport, McWilliam, & Smith, 2004; Sandall, McLean, & Smith, 2000; Wolery & Wilbers, 1994) have reached consensus about the importance of inclusive, integrated models of service delivery in early childhood programs. One defining element of inclusive early childhood programs is that young children with disabilities attend community programs with their typical peers. Research evidence (e.g., Guralnick, Connor, Hammond, Gottman, & Kinnish, 1996; Hundert, Mahoney, Mundy, & Vernon, 1998; Odom & Diamond, 1998) supports the notion that children with disabilities gain competence when they participate in enriched learning opportunities with typically developing peers as social partners. Therefore, an essential goal of inclusive early childhood education programs is to promote friendships and social relationships among children with and without disabilities (Guralnick, 1990; Strain, 1990). Researchers have found that children with disabilities are more interactive in inclusive settings than in segregated settings (Guralnick et al., 1996) and are more likely to interact when the ratio of typically developing peers is higher (Hauser-Cram, Bronson, & Upshur, 1993). Parents believe that their children with special needs benefit from inclusive settings and report that inclusive programs help their children improve their social skills and relationships with peers (Bennett, Delucca, & Bruns, 1997; Guralnick, Connor, & Hammond, 1995). As such, early childhood classrooms appear to offer enriched opportunities for children to learn developmental skills and acquire competence as social partners.

A second defining element of inclusive early childhood programs is that therapists provide services that use the child's naturally occurring activities within the classroom routine (Giangreco, 1986; McWilliam, 1995). To learn new skills, children need frequent practice and multiple opportunities to experience the activity. Practicing the skill in an isolated setting once or twice a week is less likely to produce learning that leads to new behaviors and increased competence. To allow for frequent practice and frequent reinforcement of a new skill, therapists (including occupational therapists [OTs], physical therapists [PTs], and speech-language pathologists [SLPs]) work with children with disabilities in their natural learning environments (McWilliam, 1995,1996). Services in the child's everyday naturally occurring routine are likely to have greater meaning to the child than are services in an isolated setting (Odom & Wolery, 2003). In addition, when therapeutic strategies are introduced in the child's everyday environment, they are likely to be (a) implemented by caregivers and teachers, (b) frequently practiced, and (c) generalized to the child's everyday routine (Justice, Sofka, & McGinty, 2007).

Integrated service delivery implies that therapy services are provided in the classroom and that therapists become part of the early childhood program routine (e.g., during circle time, art activities, or snack). The advantages of this model include that (a) the therapists learn the routines of the classroom and the performance demands on the child, (b) the therapists model for the teachers with the goal that the therapeutic strategies will be implemented when the therapist is not present, and (c) the child remains in his or her natural everyday environment (Odom et al., 2004; Pohlman & McWilliam, 1999; Sandall, Schwartz, & Joseph, 2001). These elements promote the child's practice of specific skills in different contexts and, therefore, the generalization of emerging skills to different contexts.

To achieve an integrated, inclusive practice model, the adults who interact with the child must share the same goals, agree on the methods of interaction, and agree to a set of priorities. First steps to agreeing on goals and priorities are that professionals adopt a common vocabulary across disciplines and share philosophies about best practice. Taking the time to hold discussions about professional philosophies and perspectives enables the team to find commonalities and to bridge differences, hence removing barriers to teamwork. With this foundation, therapists, teachers, and families recognize the need for integrated, cross-disciplinary child goals (rather than therapy goals). In addition to identifying and prioritizing the child's goals, the team collaborates to decide what types of service delivery will optimally support those goals (Rapport et al., 2004). With a plan in place, the recommended method for sharing professional knowledge and roles relative to the child's individualized education program (IEP) is through consultation and coaching. Although leaders in early childhood education have advocated that consultation become the primary model for service delivery (Odom & Wolery, 2003; McWilliam, 1996), practicing therapists continue to use a variety of models, including direct service and one-on-one interventions.

Dilemmas in Inclusive Service Delivery

Despite extensive literature describing inclusive models for therapy service delivery in early childhood programs (e.g., Dunst, Trivette, Humphries, Raab, & Roper, 2001; Rapport et al., 2004), the reality remains that integrated models for specialized services are not always applied. OTs continue to provide up to 30% of their services using a pull-out model in which the therapist works one-on-one with the child outside the classroom (Barnes &Turner, 2001; Holland, 2007). Surveys have found that OTs provide approximately 50% direct services (i.e., one-on-one or in small groups) and approximately 50% indirect services (i.e., consultation or education to teachers or family; Case-Smith & Cable, 1996; Holland, 2007). SLPs provide almost 55% (22 hr/week) of school-based services using a pull-out model (American Speech-Language-Hearing Association [ASHA], 2008). The types of services that SLPs provide include 60% direct services, 22% indirect services, 10% screening and diagnostic evaluation, and 8% consultation (ASHA, 2008). Given the benefits of consultation, it is puzzling that therapists continue to provide these high percentages of direct services. The surveys on school-based practice did not reveal how therapists make decisions about which service delivery model to use. This article discusses a rationale for OTs, PTs, and SLPs to use a blended combination of one-on-one and small-group interventions with consultation. We explain the need for flexible and dynamic service delivery models and describe how OTs, PTs, and SLPs make decisions about what blend of service delivery methods will best serve the child.

Direct Services: Why This Model Remains Relevant

OTs, PTs, and SLPs provide direct services one-on-one, in dyads, in small groups, and at times in large groups. These models of service delivery remain relevant to current practice because they allow interaction with the child that informs the therapists' consultation with the child's teachers and other therapists. The goals of direct, individualized services include (a) to establish a relationship between the child and therapist that facilitates particular performance goals; (b) to offer, in addition to the teaching staff, support of the child's social-emotional growth; (c) to gauge how to adapt an activity to provide a "just-right challenge" to a particular child; and (d) to obtain evaluation data about the child's performance that can be used to make decisions about revising his or her program.

Odom and Wolery (2003) explicitly stated that effective early childhood programs include one-on-one adult support of the child's participation in the program's activities. Sandall et al. (2001) suggested that individualized instruction is a hallmark of high-quality early childhood education programs. This individualized support may include adapting or simplifying the activity so that the child can perform it, encouraging peer support, or physically assisting the child (Myers, Stephens, & Tauber, in press; Valvano & Rapport, 2006).

Relationship-based interventions. In order to establish a relationship with a child, the therapist should embed specific elements within the intervention sessions (Bundy & Koomar, 2002). Termed "therapeutic use of self," interactional methods are used to motivate, engage, and energize others. To engage the child, the therapist should skillfully select an activity of interest that is motivating to the child and give the child choices during the activity (Case-Smith, Richardson, & Schultz-Krohn, 2005; Girolametto & Weitzman, 2007; Whalen, Schreibman, & Ingersoll, 2006). The therapist should encourage positive affect by attending to and imitating the child's actions and communication attempts, waiting for the child's response, establishing eye contact, using gentle touch, and making nonevaluative comments. The goal of these methods is to foster the child's sense of self and internal control. This goal is particularly important to children with disabilities, who may experience frequent directives and physical assistance from others. Important to their effectiveness is that the interactions are sustained, that they enable the child's trust, and that they form the basis for an ongoing relationship (Kasari, Freeman, & Paparella, 2006; Mahoney & Perales, 2005).

Studies of the effectiveness of relationship-based interventions suggest that they promote communication and play (Greenspan & Wieder, 1997), socialemotional function (Mahoney & Perales, 2005; Solomon, Necheles, Ferch, & Bruckman, 2007), and learning (Wieder & Greenspan, 2005). In a review of 16 studies on the effectiveness of social interactive training on early social communicative skills of young children with autism, Hwang and Hughes (2000) identified four interactive strategies that were common themes and appear to be critical in facilitating communication. Three of the four techniques--contingent imitation, naturally occurring reinforcement, and waiting for the child's response--require a one-on-one or small-group context for implementation. As SLPs are well aware, these strategies promote increases in verbal responses, requesting skills, eye gaze, positive affect, and attending.

Support of the child's socialemotional growth. The adults and peers who regularly interact with the child have frequent opportunities to facilitate his or her socialemotional growth. Therapists can contribute to this essential aspect of a child's development when they are afforded opportunities for one-on-one interaction. As described in the previous section, socialemotional growth is supported through sustained reciprocal interaction and responsive communication between the therapist and child. Interactions are playful and joyful and are not directive or evaluative. The therapist affirms the importance of the child's actions and establishes the interaction using the child's preferred play activity (Parham & Primeau, 1997).

Therapists hold the child's sense of self and self-worth as goals that transcend other developmental goals. Although "sense of self " is seldom adopted as a written goal, it is fundamental to learning and to participating in a social environment. A child's self-worth is enhanced when adults attend to and interact with the child. Although parents are the essential elements to the child's social-emotional growth, therapists and teachers can also support development through sustained interactions that clearly demonstrate to the child his or her importance and ability to affect the world. Parham et al. (2007) concluded, based on their observational research of intervention services, that the therapist engenders an atmosphere of trust and respect through contingent interactions with the child. The activities are negotiated between the therapist and child, and the therapist is responsive to altering the task, interaction, and environment based on the child's responses. The interactional component of the intervention appears to be essential to eliciting a higher level response and promoting the child's learning (Bundy, 2002b).

Adapting the activity to provide a "just-right challenge."

Direct, individualized services allow OTs, PTs, and SLPs to adapt and grade the activity during their play interactions with the child. Children progress and learn new skills when they are challenged to perform an activity that is slightly more difficult than the skills that they have mastered. Therefore, to acquire new skills, the child must be placed in a situation that is somewhat stressful and somewhat demanding but not overly frustrating as to cause failure. Determining the just-right challenge requires the therapist to know the child's skill set well and to identify the developmental levels of an activity (Koomar & Bundy, 2002). Once the child engages in a developmentally appropriate activity, the task may need to be simplified or modified to create an easier challenge, or it may need to be modified to increase the challenge.

The following scenario is an example of cotreatment that uses a just-right challenge to elicit a child's optimal performance.

   After setting up a play activity for a 4-year-old with
communication and motor skill delays, the SLP, with the
OTassisting, asks the child to select toy food items to place in a
picnic basket, identifying and pointing to named foods. Because the
child accurately identifies food items by pointing, the SLP prompts
the child to name the food items and the OT cues the child to
gesture how each food item is used (e.g., pouring the juice, biting
the apple). To further challenge the child, the SLP and OT initiate
a picnic lunch. They use simple verbal cues, clear gestures, and
frequent reinforcement to facilitate the child's participation in
the picnic. Together, they elicit the child's (a) requesting and
sharing of food items, (b) pretend eating, and (c) single-word
descriptions of the food (good, red).

In this scenario, the SLP and OTextended a practice of naming food items into an imaginative, multischeme, multistep play scenario. The SLP modeled actionagent combinations to support the child's speech efforts, and the OT modeled play actions to support the child's motor planning. Throughout this activity, the therapists monitored the child's responses so as to challenge the child and to elicit the next developmental steps while reinforcing the child's efforts.

Tickle-Degnen and Coster (1995) studied how OTs challenged children in sessions using a sensory integration approach. Based on time-sampled ratings of behavior from video-recorded therapy sessions, therapists' and children's interactions alternated between being playful and being task oriented. When therapists achieved a just-right challenge, both playfulness and task orientation were high. During a just-right challenge, the child's initiative was high, the therapist was supportive and playful, and the rapport between the therapist and child was high (Tickle-Degnen & Coster, 1995). In a just-right challenge, the therapist is intimately tuned into the child's responses to the activity, adapting the activity based on the child's engagement and success.

Ongoing evaluation of the child's performance. In children with special needs, daily changes in behavior and performance can be expected and do not always represent positive growth. For example, small changes in routine (e.g., the mother is out of town or the breakfast routine is altered) can cause a child with autism to regress. When therapists have frequent one-on-one interactions with a child, they are sensitive to the child's behavioral changes and can easily adjust the intervention.

Examples of when ongoing evaluation is needed are when the child acquires new technology or adapted equipment or needs a modification of existing equipment. When SLPs recommend adapted equipment (e.g., switches or an augmentative communication device), frequent one-on-one evaluation is required to monitor its use and adjust or modify the equipment. Ongoing assessment and adjustment are critical to ensure that the equipment remains helpful and appropriate to the child. Initiating the use of assistive technology or adapted equipment also requires frequent consultation with the teachers and caregivers who support the child's technology use. Consultation and direct services are virtually always provided together and have limited effectiveness when only one is provided.

Consultation Services: How Consultation Can Enrich the Child's Program

Consultation is frequently a component of OT, PT, and SLP services. The amount of time that a therapist spends consulting with other adults about a child should vary during the course of the child's program and may increase when the child's medical condition changes, the child receives new adaptive equipment, or the child's classroom or schedule changes. Therefore, the intensity and type of consultation should be based on the expressed interests of the teaching staff in addition to the needs of the child. Therapists decide the level of consultation based on the child's specific therapy needs, the type of program to be implemented, classroom characteristics, and the teacher's skills and training (Hanft & Place, 1996).

Because therapists complement and support, rather than replace, the child's educational program, therapists' major role is to support teachers in providing optimal instruction to students. Therapists accomplish this role by promoting the teacher's understanding of the communication, physiological, and health-related issues that affect the child's behavior and assisting teachers in applying strategies to promote the child's sensory, motor, and communicative performance. Therapists also support teachers in adapting instructional activities to enable the child's participation and in collecting data on the child's performance. Therefore, the steps in consultation involve not only child evaluation and intervention planning but also assessing the teacher's learning needs and concerns about the child. In addition, consultation is more likely to be effective when therapists gain knowledge about the early childhood curriculum and develop an understanding of how the classroom environment is organized.

Working effectively with teachers. In effective consultation, therapists fully understand that the goal is not to teach the teacher how to implement therapy strategies. Nor is the goal of consultation to achieve the therapist's goals for the child through the teacher or another professional. The goal of consultation is for the therapist to support the teacher in his or her teaching role, including helping children achieve their IEP goals (Giangreco, Cloninger, & Iverson, 1998). This focus suggests that in the role of consultant, the therapist considers the teacher's needs to be a priority and focuses on supporting his or her effectiveness in the classroom (Hanft, Rush, & Shelden, 2004). To enable teachers to provide instruction that matches the abilities and needs of an individual child, the OT, PT, and SLP must first understand the teacher's overall goals for all students and the early childhood curriculum. In addition, the therapists must assess the teacher's perception of the child, classroom management style, comfort level with a child with special needs, and learning style and interests (Hanft et al., 2004). The steps involved in effective consultation have been conceptualized as (a) gaining an understanding of the teacher's concerns and classroom context, (b) reframing the child's behaviors, (c) using the teacher's learning and teaching style, (d) collaborating to determine how strategies are implemented in the classroom, and (e) collaborating to assess the effects of the strategies (Bundy, 2002a; Hanft & Place, 1996).

Gaining an understanding of the teacher's concerns and classroom context: What story am I in? The beginning point for successful consultation is the teacher's concerns about the child. Often, the teacher has identified performance problems that he or she feels uncertain how to resolve or behavior problems that are interfering with classroom management. The therapist should adopt the teacher's priorities for the child (Bundy, 2002a). For example, if a child with disabilities cannot participate in snack or communicate his needs, group activities can become difficult for the teacher to manage. Although participation in snack may not be the OT's and SLP's top priority, providing consultation that helps to resolve the teacher's priorities can enhance trust and rapport between the therapists and teacher.

Without a clear understanding of the preschool curriculum and the classroom goals, therapists cannot provide consultative services that meet the teacher's needs. OTs, PTs, and SLPs may not have training in educational curriculum; therefore, they can enter the preschool environment with minimal understanding of what story they are in (Bundy, 2002b). Training in the early childhood curriculum is not always easily accessible for therapists; however, when therapists and teachers have opportunities to meet and collaborate, teachers can share their lesson plans with the therapists and introduce them to the curriculum. This information will invite therapists to begin planning instruction with teachers, to use curricular themes

in their intervention sessions, and to complement the early childhood curriculum when they interact with individual students. This information informs the therapist as to what the teacher expects of the students and provides a context for understanding a teacher's view of the student's performance.

Reframing the child's behaviors. To provide effective consultation, therapists should begin with a thorough understanding of the teacher's perception of the child and reasons for that perception. Teachers may be frustrated with a child's behaviors or lack of participation and may not understand the underlying reasons for those behaviors. At times, teachers may believe that a child's actual ability is higher or lower than his or her performance. When a child's behavior does not match the teacher's expectations, teachers and family members may have a limited understanding of the reasons for the behavior or performance. Therapists can help teachers make sense of a child's performance. For example, the SLP can help the teacher understand if a child's communication impairments are due to a cognitive impairment, a sensory processing disorder, oral apraxia, or auditory comprehension problems. A primary role of the SLP becomes helping the teacher to reframe the child's behaviors and to expand the teacher's understanding of why the child demonstrates speech delays or difficulties (Nungesser & Watkins, 2005). With an understanding of the underlying cause for behavior, new strategies to assist the child become appropriate and are likely to be successful.

Although increasing understanding of the child's behavior can be important, therapists also need to fully recognize and help resolve the teacher's concerns. For example, knowing that a child has temper tantrums daily because he does not have the expressive language skills needed to communicate his needs does not immediately eliminate the temper tantrums. Therefore, the explanation for the child's behavior must be accompanied with practical, user-friendly strategies to resolve the concern. Strategies that offer an immediate resolution to the teacher's concerns and begin to resolve the causative factors promote the consultative relationship.

Using the teacher's learning and teaching style. Consultation is only effective if the teacher can assimilate and adapt the strategies offered by the therapist so that they work in the classroom. The therapist should ask the teacher how he or she learns best and then accommodate the teacher's learning style (Hanft et al., 2004). It is best to offer information in multiple ways and to use active learning principles. Many teachers, like their students, learn best by doing. Therefore, it is often best to offer a range of teaching strategies (e.g., the therapist can model the strategy, allow the teacher to try the strategy, and then give the teacher feedback). Handouts can provide teachers with information about the disability or the intervention technique. When equipment (e.g., Intellitools, augmentative communication devices) is introduced into the classroom, it is important that the teaching staff understand its purpose and how it works. Modeling and coaching are helpful before expecting teachers to use the equipment, and continued intermittent support is important. Follow-up is also important; that is, therapists should regularly monitor the equipment use, adapt the equipment as the child's performance changes, solve problems as they arise, and reinforce the teacher's efforts to use the equipment.

Therapists should also consider the teacher's teaching style when determining how to offer the consultation. Often, teachers are creative and know how a strategy will best fit into the child's routine. Teachers are most successful in adapting and applying the strategies recommended by therapists when they thoroughly understand the rationale for, and the goal of, the strategy. Teachers need to be comfortable with interventions, and therapists should offer strategies that fit easily in the classroom routine.

Collaborating to determine how strategies are implemented in the classroom. Certain strategies to improve a child's behavior or performance require environmental modifications or adjustments in the classroom routine. For example, the child with sensory processing disorder may benefit from low lighting or a quiet environment (Bundy & Koomar, 2002). These changes will obviously affect all of the students and may or may not be feasible to implement. Therapists' recommendations that affect the classroom environment require high levels of collaboration between teachers and therapists and would always be the teacher's decision to implement or not (Pape & Ryba, 2004).

Sometimes, recommendations involve only the targeted child but may affect his or her peers. For example, the therapist may recommend that a child use headphones with music, sit on a therapy ball for table work, or use the Picture Exchange Communication System (PECS; Bondy & Frost, 1994) at circle time. These strategies are not as intrusive as changes in lighting or room configuration; however, they require that the child receive an intervention that is being denied to other children. The teacher knows best how intervention methods will impact the other students or affect the daily routine. The therapist and teacher can work together to determine what interventions will benefit the child and are least intrusive to the other students.

Collaborating to assess the effects of the strategies. When the therapist asks the teaching staff to implement an intervention, the teacher and therapist should negotiate who will evaluate the intervention's effects on the child. Based on what effects are expected and how quickly a change in performance is expected, the teacher or therapist may be ideally suited to assess effects. It is the therapist's responsibility to assess whether or not a recommended intervention is effective or requires modification. With the mandate for increased accountability, children's response to intervention must be documented to inform decisions about ongoing intervention and level of service (National Research Center on Learning Disabilities, 2005). These assessment data inform the therapist's and teacher's decision to continue, modify, or discontinue recommendations.

Flexible Service Delivery: How To Achieve Integrated Services

Young children with disabilities benefit when therapy is provided as both direct and consultative services. Because children constantly change, curricular demands increase, and the environment is dynamic, frequent interactions between the therapist and the child are needed to inform consultation and to enable the therapist to effectively contribute to the child's educational program. With opportunities to directly interact with the child and experience the classroom environment, the OT, PT, and SLP can best support the child's participation and the teacher's instruction.

Although the early childhood team recognizes that specialized services need to be a combination of consultation and direct services, they tend to categorize services as one or the other or to establish a rigid pattern for weekly services (e.g., 30 min each week; Holland, 2007). In part, these firm schedules are a result of the IEP process, which requires documentation of the amount and model of service. However, more fluid and dynamic models of service delivery are needed. In a fluid model, therapy increases when naturally occurring events create a need, as when the child obtains a new adapted device or has surgery or casting, or even when a new baby brother creates added stress for a family. Similarly, therapy services should be reduced when the child has learned new skills that primarily need to be repeated and practiced in his daily routine or the child reaches a plateau on her therapy related goals.

What are the barriers to using flexible service delivery models? The tight and busy schedules of early childhood professionals tend to make them resistive to changing the established times for, and types of, services (Holland, 2007). When caseloads are high and schedules are tight, increasing the time on behalf of one child may diminish another child's treatment time. Week-to-week schedules with specifically defined blocks of time can allow therapists to settle into a routine that minimizes decision making.

Although following the same week-to-week schedule has some advantages, few educators believe that the child is best served when therapy sessions are limited to 20 min per week (McWilliam, 1996). Several models of service delivery that offer the possibility for greater flexibility have been proposed (Carlin, 2007). Block scheduling (Rainforth & York-Barr, 1997) and the 3-in-1 model (Annett, 2004) are two examples of flexible scheduling that allow therapists to move fluidly between direct and consultative services. In block scheduling, therapists spend 23 hr in the early childhood classroom working with the children with special needs one-on-one and in small groups while supporting the teaching staff (Pape & Ryba, 2004; Stephens & Tauber, 2005). Block scheduling allows the therapists to learn about the classroom, develop relationships with the teacher, and understand the curriculum so that they can design interventions that easily integrate into the classroom. By being present in the classroom for an entire morning or afternoon, the therapist can find natural learning opportunities to work on a specific child's goals. Using the child's self-selected play activity enables the therapist to use strategies that are meaningful to the child, fit into his or her preferred activities, and then are likely to be practiced. During the blocked time, the therapist can run small groups (using a coteaching role; Cook & Friend, 1991), coach the teacher and assistants (Rush, Sheldon, & Hanft, 2003), evaluate the child's performance, and provide one-on-one services.

In the 3-and-1 model (Annett, 2004), the therapist dedicates 1 week a month to consultation and collaboration with the teacher, providing services on behalf of the child rather than directly to the child. When the IEP document states that a 3-and-1 therapy model will be used to support the child's IEP goals, the parents, teacher, and administrators are informed that one quarter of the therapist's time and effort for that child will be dedicated to planning, collaborating, and consulting for him or her. Stating that a 3-and-1 model will be used removes the expectation that the therapist will provide one-on-one services for a set number of minutes each week. It facilitates meeting and planning time and legitimizes consultation time as important to the child's progress as one-on-one services. For example, the week of indirect service can also be spent creating new materials and adapted devices for the child (e.g., an Intellikeys overlay to use with the curricular theme of the month). Therapists can write "social stories" (e.g., Gray, 2003) for the child or program new vocabulary into the child's augmentative communication device.

These examples of flexible service delivery models allow therapists and teachers to make good choices as to how specialized services will be provided to, and on behalf of, children with special needs. When the IEP states that a range of services will be implemented according to the changing needs of the child, communication and collaboration among teachers and therapists become essential. Flexible models become effective when teachers and therapists carefully monitor how the child is progressing toward his or her goals and consistently communicate about what specialized services will benefit the child. A fluid model requires that therapists and teachers frequently assess whether or not interventions are effective in order to determine when and if the service delivery model should change. Flexible and dynamic models hold promise when

* the planned range of services is clearly documented,

* services that are actually provided are clearly documented and communicated,

* data on the child's response to intervention are obtained, documented, and communicated.

Although flexible models may improve the effectiveness of specialized services, they do not decrease cost, and the time commitment for therapists and teachers remains unchanged. The 3-and-1 or other flexible models of service delivery require the same or greater intensity of assessment, documentation, and communication by teachers and therapists.

Decision Making About Service Delivery

To make decisions about what service delivery model is likely to be most effective in serving the child and teacher and meeting the child's IEP goals, clarity about the benefits and limitations of each model is needed. The following case study provides an example of blended service delivery and illustrates how service delivery decisions are made.

Application for a flexible service delivery model. Jasmine, who is 42 years of age, attends a neighborhood early childhood program with 3 children who have special needs and 3 typically developing peers. The programis staffed by a teacher and a teaching assistant, and Jasmine receives weekly OT, PT, and SLP services. Jasmine has cerebral palsy with spastic quadriparesis. Although she has significant delays in all developmental areas, her motor skills are markedly more delayed (8-month level for gross motor and 15-month level for fine motor) than her cognitive skills and receptive language (24- to 30-month level). Jasmine has emerging pretend play skills that are limited to 1- to 2-step pretend play schema. She prefers simple play actions such as hugging or feeding a doll and does not demonstrate complex schema such as pretending to be a nurse or teacher.

Jasmine's gross motor skills are significantly limited; she sits independently but requires moderate assistance to stand. She recently obtained a power wheelchair that she is learning to operate. She requires assistance to transfer in and out of the chair. Her fine motor skills are also limited; she can point and reach but is not always accurate.

Jasmine feeds herself with an adapted spoon and some support at the elbow. She manages to drink liquids with a long straw from a cup that is latched to her wheelchair. The SLP is concerned that Jasmine frequently chokes on thin liquids, but a recent video-fluoroscopic study indicated no aspiration. Jasmine's speech is severely dysarthric and she vocalizes few consonants. Her primary method for communication is pointing to pictures to indicate her needs.

Jasmine's therapy needs cross multiple areas of function. Her OT and SLP provide direct services and consultation to the teacher for feeding. Her PT provides direct services and consultation regarding bathroom independence and mobility. The SLP had initiated the use of a picture board so that Jasmine could indicate basic needs and play interests. The SLP recently expanded the choices on Jasmine's picture board to 12 and feels that a more dynamic augmentative communicative device is needed. Over the past year, the SLP has focused on improving Jasmine's speech production; however, Jasmine has made minimal progress.

With multiple needs across all domains of function, the OT, PT, and SLP provide once-a-week direct services at different classroom times to continually assess Jasmine's skills, adapt their strategies, identify methods to increase Jasmine's function, and practice emerging skills. Their focus shifts from feeding to toileting, mobility, and communication.

When the SLP suggested that an augmentative communication device would increase Jasmine's communication and social participation, the therapy team completed a comprehensive evaluation. The evaluation, which included a trial of a couple of different devices, focused on determining which device Jasmine could successfully use now and could grow with her to meet the communication demands of a school environment. To determine the features needed in an augmentative communication device, the SLP assessed Jasmine's vocabulary, receptive and expressive communication, social interaction, and cognitive function to determine what software would be needed. The OT assessed Jasmine's visual motor skills, visual perception, attention, and postural control to identify the most appropriate access method. The SLP and OT synthesized their findings and recommended a DynaVox V. Jasmine's family was able to find funding to immediately purchase one.

Direct services. When the DynaVox Varrived, both the OT and the SLP increased Jasmine's level of service to twice a week in order to ensure that the device would be successfully integrated into the classroom. The SLP programmed the device to match Jasmine's working vocabulary and phrases that were used frequently in the preschool curriculum. The SLP and OT used small-group activities with some one-on-one support to help Jasmine learn the touch screen access and initiate interactions with her peers. The therapists assessed Jasmine's ability to use the device in her classroom, the bus waiting area, and the playground. For each of these settings, the SLP developed pages with relevant vocabulary and phrases, and the OT problem solved access issues to ensure that Jasmine could reach, hold, and operate the device in and out of her wheelchair. The SLP focused on optimizing Jasmine's ability to make requests, express needs, and initiate interactions with adults and peers.

Consultation. Collaboration with the teacher and assistant was needed to enable the success of Jasmine's use of the augmentative communication device in the classroom. The goal of the OT and SLP consultation with Jasmine's teachers was full integration of the DynaVox V into Jasmine's social interactions. The questions that guided the therapists' consultation included: & Where should the device be positioned for Jasmine's best access?

* How can vocabulary be regularly updated so that it matches the preschool lessons?

* What supports are needed to incorporate the DynaVox into Jasmine' everyday routine?

* How will the device increase Jasmine's social participation and communication and prepare her for entering kindergarten next year?

The SLP and OT collaborated with the teachers to determine how the device would fit in a busy classroom environment. Together, they decided where the device would be positioned for access, who would help Jasmine access it during circle and snack time, and which peers could help her use it. After implementing their ideas, the SLP and OT asked the teachers for feedback and reinforced their efforts.

Benefits and limitations of this blended model of direct and consultative services. The application of assistive technology provides a useful example of how direct and consultative therapy services can be integrated into the classroom. It also provides an example of when the early childhood team implemented a time-limited increase in the amount of specialized service. Direct therapy services are needed when initiating a new approach or device or new learning goals. Consultation and collaboration with the teaching staff are essential to making decisions about how, when, and where a new approach or device will be implemented. In this example, both direct and consultative related services may decrease once the teaching staff becomes comfortable with the augmentative communication device and the child reaches competence in its use.

CONCLUSION

Early childhood therapists have made strides toward adopting flexible service delivery models in which all therapy is integrated into the classroom. These flexible models allow therapists to provide different levels of consultation and direct service according to the child's needs, the teacher's concerns, and changes in the environment. Fluid models have the potential for providing the most appropriate level of specialized services based on teachers' and children's potential to benefit. One priority in using more fluid models is determining a method for flexible scheduling so that more intense services do not detract from another child's services. A second priority is communicating with families so that they understand that when therapists use flexible service delivery, their children are not losing services but are gaining a more integrated and potentially effective program. Both priorities can be met if the team engages in thoughtful, collaborative planning when implementing flexible service delivery. Research studies on the effectiveness of consultation and direct services with different types of children and programs are needed. This research can help teams make decisions about the levels and types of service that will optimally benefit young children with disabilities



Sumber:
Jurnal Fisioterapi