Reversals

Author(s):  
Rebecca Treiman

So far, in studying how children spell phonemes, I have discussed three kinds of spellings that children may produce. First, children may spell the phoneme correctly. Second, children may use an incorrect spelling in place of the correct spelling. Third, children may fail to spell the phoneme altogether. In this chapter, I consider yet another type of error. This error, a reversal error, involves a pair of phonemes. In a reversal error, a child symbolizes both phonemes in a pair, either correctly or incorrectly. The error arises because the child transcribes the phonemes in the wrong order. For example, the child who spelled and as NAD presumably intended n to symbolize /n/ (a correct spelling), a to symbolize /æ/ (a correct spelling), and d to symbolize /d/ (also a correct spelling). Although the child represented each phoneme in the word, she placed the letter for /n/ before the letter for /æ/. That is, she reversed /æ/ and /n/. In this chapter, I ask when and why such errors occur. The study of reversals takes on particular significance given the importance that has sometimes been attached to such errors. Reversals of letter sequence as in NAD for and, like reversals of individual letters as in DAT for bat, have often been seen as symptoms of spelling and reading disability. For example, Orton (1937) viewed these errors as signs of brain dysfunction. He claimed that the errors reflect a failure to establish normal hemispheric dominance for language. Contrary to Orton’s claims, it appears that reversals in reading are better explained in terms of orthographic knowledge than in terms of minimal brain dysfunction (I.Y. Liberman, Shankweiler, Orlando, Harris, & Berti, 1971). Misreadings like was for saw are not limited to disabled readers. They also occur among normal beginners. In this chapter, I ask whether the same holds true for spelling. Do normal beginning spellers sometimes make reversal errors? If so, when do these errors occur? Traditionally, reversal errors have been defined orthographically, with regard to the letters in the word’s conventional printed form.

1978 ◽  
Vol 47 (3) ◽  
pp. 987-991
Author(s):  
Leon Oettinger ◽  
Lawrence V. Majovski ◽  
Ronald R. Gauch

WISC Coding A and Coding B were administered to 50 subjects with minimal brain dysfunction and 75 controls whose ages ranged from 7 yr., 8 mo. and 0 days to 8 yr., 3 mo. and 30 days, with half of each group above 8 and half below. Standard scores showed significant differences between Coding A and Coding B suggesting that the two tasks are nor equivalent forms. These differences suggested that separate information-processing modes related to hemispheric dominance may be present. Coding probably should not be used in calculating IQs but Coding B should be retained and separately utilized because it is directly related to symbol learning.


1967 ◽  
Author(s):  
Douglas A. Stevens ◽  
James A. Boydstun ◽  
Roscoe A. Dykman ◽  
John E. Peters ◽  
David W. Sinton

1976 ◽  
Vol 69 (3) ◽  
pp. 325
Author(s):  
Felix F. de la Cruz

1979 ◽  
Vol 12 (7) ◽  
pp. 450-455 ◽  
Author(s):  
Robert J. Lerer ◽  
Jeanne Artner ◽  
M Pamela Lerer

2021 ◽  
Vol 4 (1) ◽  

The most common feet pathologies of children are valgus and valgus planus deformities, which are congenital or connected with neurological dysfunctions (Minimal Brain Dysfunction). In adults, and mostly in women, we observe: 1. Köhler’s disease among girls wearing improper shoes. 2. Insufficiency and pain of the front part of feet connected with limited toes flexion, 3. Valgus deformity of the big toes (hallux valgus), 4. “Ankle Joint Pain Syndrome” (AJPS)-sometimes also “Knee Joint Pain Syndrome” (KJPS)-described by us only in USA, India and Czech Republic. In presented article, we describe this special type of foot insufficiency- “instability of ankle or knee, or both joints”-on left leg in drivers and right leg in passengers in countries with right-hand traffic. More frequent it concerns the foot and article focus on this problem.


2019 ◽  
Vol 3 (3) ◽  
pp. 1-7
Author(s):  
Karski Tomasz

Every fourth woman and every sixth man in the world coming to the Orthopedic or Neurology Departments complain of spinal pains - information from WHO, D ecade of Bones and Joints 2000 - 2010 (Lars Lidgren). According to our observations there are six main causes of such spinal disorders: 1. Lumbar Hyperlordosis causes by flexion contracture of hips and in result anterior tilt of the pelvis. Common in persons with Minimal Brain Dysfunction (MBD). Pain syndromes appear after overstress in some kinds of jobs or in sport. 2. Lumbar or thoracic - lumbar left convex “C” scoliosis in 2nd/A etiopathological group (epg) or ”S” scoliosis in 2nd/B epg in Lublin classification. Pain syndromes appear after overstr ess in some kinds of jobs or in sport. 3. Stiffness of the spine as clinical sign of “I” scoliosis in 3rd epg group in Lublin classification. 4. Spondylolisth esis or spodylolisis in sacral - lumbar or lumbar spine. 5. Urgent “nucleus prolapsed” (in German “Hexen Sch uss”). 6. Extremely cooling of the back part of trunk during work or intensive walking in low temperature. In many of patients in clinical examination we see positive Laseguae test. Sometimes we see weakness of extensors of the feet or paresis of the foot. Our observations confirm that not surgery, but physiotherapy can be beneficial to the patients with spinal problems.


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