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The ZOBIN Method Reading remediation based on classic skill-training  and  data-processing principles
[object Object]
The adult brain weighs about 3 pounds . The average number of neurons in the brain = 100 billion . The average number of glial cells in the brain = 10-50 times the number of neurons. …  one hundred trillion synapses in a single human brain organized into unbelievably complex circuits… each of which can carry 50 independent channels ! ! !
Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest.
Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system
Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system There are more possible combinations of connections than there are particles in the Universe
Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system There are more possible combinations of connections than there are particles in the Universe The brain is the most complex organised entity in the whole Universe
Reading is the most complex skill that most of us learn
[object Object]
The Cerebral Cortex Frontal Lobe Higher Intellectual Functions Primary Motor Area Premotor Area Speech Motor Area leg trunk arm hand face tongue Parietal Lobe Primary Sensory Area Sensory Association Area Occipital Lobe Primary Visual Area Visual Association Area Temporal Lobe Memory Primary Auditory Area Language Comprehension & Formation
The ZOBIN Method Reading remediation based on classic skill-training  and  data-processing principles
[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
English is a composite language built from many differing tongues
English is a composite language built from many differing tongues Anglo-Saxon
English is a composite language built from many differing tongues Anglo-Saxon, Arabic
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish, Zulu
English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish, Zulu and more!
Many of the words are pronounced according to the style of the original country
Many of the words are pronounced according to the style of the original country Consequently, even though the English language is made up of just 40 sounds,  Each sound can be spelt in many different ways.
Many of the words are pronounced according to the style of the original country Consequently, even though the English language is made up of just 40 sounds,  Each sound can be spelt in many different ways. Therefore rules of pronunciation are often broken more frequently than they are followed.
Therefore, it is not surprising that a major challenge when learning English is learning how to spell and pronounce the words.
Consequently, a main thrust of research has been directed to teaching a child how to relate to phonemes  and how to convert phonic units into meaningful words .
In contrast Classical Hebrew is a single-source language All the rules are adhered to – except for very few exceptions Therefore, Hebrew is phonically consistent
However,  other issues can challenge  the efficient  reading and understanding  of Hebrew.
[object Object],[object Object]
The Hebrew alphabet includes several groups of visually-similar letters Vowels comprise small dots or short lines arranged above or below or in-line with the letters
Vowels are arranged above or below or in-line with the letters forcing the eye to scan vertically while scanning horizontally across the words 2. Vertical and Horizontal  Scanning
English  Style   When you go to the store, please buy me a loaf of bread Hebrew Style ea o e uy ea d r b f f l a m b se l p oa   e ou e   re, st th t  o g y n Wh   o o
Classical Hebrew is based on only several hundred root 3-letter words All other words are derived from theses root words  by adding or omitting key letters 3. Precision of letter identity and order
Usually, an error in reading an English word  changes it to a nonsense word,  which the brain usually flags  and  either corrects automatically  or  causes the reader to re-read the word .
Aoccdrnig to a rscheearch at Cmabrigde Uinervtisy, it deosn't mttaer in waht oredr the ltteers in a wrod are, the olny iprotment tihng is taht  the frist and lsat ltteer be at the rghit pclae.  The rset can be a total mses and you can sitll raed it wouthit mcuh porbelm.  Tihs is bcuseae the huamn mnid flgas the eorrr and crroects it atoumacatilly.  Amzanig, huh? But this is not true when reading Hebrew
Usually, an error in reading a Hebrew word  changes it to a  different  word,  Only one change in each word changes ח לב  כ שר לפ ס ח   - milk suitable for the Passover festival –  to – כ לב  ק שר לפ ת ח   -  a dog tied to the door  even though their letters are phonically identical!
With total Accuracy ! Reading Hebrew is like reading telephone numbers You have to  identify every letter  and determine it’s position in the word Otherwise, you get to the  wrong  person!
4. An accurate  whole-word bank
Hebrew texts are often written without vowels . This requires the reader to be able to recognize a word from its letters only Hbrw txts r ftn wrttn wtht vwls . Ths rqurs th rdr t b bl t rcgnz  wrd frm its lttrs nly This can be performed most efficiently if the reader has an extensive bank of whole words stored in his mental bank. So, the reader must 1. Read each word accurately 2. Be able to aggregate the letters into a whole word 3. Have sufficient available working memory to be able to store the word in his word-bank
5. A large amount of free, available working memory
Classical Hebrew is based on only several hundred root 3-letter words All other words are derived from theses root words by adding or omitting key letters A Hebrew word usually contains more information than an English word Typically, one word can contain information regarding: tense gender relationship subject – male or female – singular or plural
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
And the more skillfully the reader can identify the letters,  the more free, available working memory he has
6. The ability to easily scan ahead and back for context
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
The ZOBIN Method  deals with these issues and more . . .
1. Screening
1. Screening for Present reading-efficiency
1. Screening for Present reading-efficiency Unique educational profile of the reader
1. Screening for Present reading-efficiency Unique educational profile of the reader Common side-issues  which might be hampering the reader’s  ability to improve
And it is fast The Screening takes about 30 minutes 1. Screening for Present reading-efficiency Unique educational profile of the reader Common side-issues  which might be hampering the reader’s  ability to improve
And it is fast Significant improvements  After only a few hours  of remediation 2. Remediation Customised for the  Unique educational profile  of the reader
And it is fast Significant improvements  after only a few hours  of enjoyable activities 3. Prevention Developmental programmes  for Kindergarten and older groups
Ways of dealing with a problem Fixing it Compensating Learning to live with it Fixing a different problem, thereby enabling him to deal with the problem by himself Making a new start
What a touch-typing program does for typing The ZOBIN Method does for reading
Accurate, efficient data-input
Production Manager Avrahum Weiss
Production Manager Avrahum Weiss Design Abi Gesint
Production Manager Avrahum Weiss Design Abi Gesint Artwork and Graphics Gore Shware
Script Shain Werther Production Manager Avrahum Weiss Design Abi Gesint Artwork and Graphics Gore Shware
 

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The Zobin Method

  • 1. The ZOBIN Method Reading remediation based on classic skill-training and data-processing principles
  • 2.
  • 3. The adult brain weighs about 3 pounds . The average number of neurons in the brain = 100 billion . The average number of glial cells in the brain = 10-50 times the number of neurons. … one hundred trillion synapses in a single human brain organized into unbelievably complex circuits… each of which can carry 50 independent channels ! ! !
  • 4. Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest.
  • 5. Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system
  • 6. Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system There are more possible combinations of connections than there are particles in the Universe
  • 7. Number of nerve cell connections 1,000,000,000,000,000 is about the number of leaves in the rainforest. Number of of nerve cell connections is more than all the connections in the world’s telephone system There are more possible combinations of connections than there are particles in the Universe The brain is the most complex organised entity in the whole Universe
  • 8. Reading is the most complex skill that most of us learn
  • 9.
  • 10. The Cerebral Cortex Frontal Lobe Higher Intellectual Functions Primary Motor Area Premotor Area Speech Motor Area leg trunk arm hand face tongue Parietal Lobe Primary Sensory Area Sensory Association Area Occipital Lobe Primary Visual Area Visual Association Area Temporal Lobe Memory Primary Auditory Area Language Comprehension & Formation
  • 11. The ZOBIN Method Reading remediation based on classic skill-training and data-processing principles
  • 12.
  • 13.
  • 14. English is a composite language built from many differing tongues
  • 15. English is a composite language built from many differing tongues Anglo-Saxon
  • 16. English is a composite language built from many differing tongues Anglo-Saxon, Arabic
  • 17. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic
  • 18. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese
  • 19. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish
  • 20. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch
  • 21. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French
  • 22. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic
  • 23. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek
  • 24. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew
  • 25. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi
  • 26. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic
  • 27. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin
  • 28. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay
  • 29. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman
  • 30. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse
  • 31. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian
  • 32. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish
  • 33. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish, Zulu
  • 34. English is a composite language built from many differing tongues Anglo-Saxon, Arabic, Celtic, Chinese, Danish, Dutch, French, Gaelic, Greek, Hebrew, Hindi, Icelandic, Latin, Malay, Norman, Norse, Russian, Spanish, Zulu and more!
  • 35. Many of the words are pronounced according to the style of the original country
  • 36. Many of the words are pronounced according to the style of the original country Consequently, even though the English language is made up of just 40 sounds, Each sound can be spelt in many different ways.
  • 37. Many of the words are pronounced according to the style of the original country Consequently, even though the English language is made up of just 40 sounds, Each sound can be spelt in many different ways. Therefore rules of pronunciation are often broken more frequently than they are followed.
  • 38. Therefore, it is not surprising that a major challenge when learning English is learning how to spell and pronounce the words.
  • 39. Consequently, a main thrust of research has been directed to teaching a child how to relate to phonemes and how to convert phonic units into meaningful words .
  • 40. In contrast Classical Hebrew is a single-source language All the rules are adhered to – except for very few exceptions Therefore, Hebrew is phonically consistent
  • 41. However, other issues can challenge the efficient reading and understanding of Hebrew.
  • 42.
  • 43. The Hebrew alphabet includes several groups of visually-similar letters Vowels comprise small dots or short lines arranged above or below or in-line with the letters
  • 44. Vowels are arranged above or below or in-line with the letters forcing the eye to scan vertically while scanning horizontally across the words 2. Vertical and Horizontal Scanning
  • 45. English Style When you go to the store, please buy me a loaf of bread Hebrew Style ea o e uy ea d r b f f l a m b se l p oa   e ou e   re, st th t o g y n Wh   o o
  • 46. Classical Hebrew is based on only several hundred root 3-letter words All other words are derived from theses root words by adding or omitting key letters 3. Precision of letter identity and order
  • 47. Usually, an error in reading an English word changes it to a nonsense word, which the brain usually flags and either corrects automatically or causes the reader to re-read the word .
  • 48. Aoccdrnig to a rscheearch at Cmabrigde Uinervtisy, it deosn't mttaer in waht oredr the ltteers in a wrod are, the olny iprotment tihng is taht the frist and lsat ltteer be at the rghit pclae. The rset can be a total mses and you can sitll raed it wouthit mcuh porbelm. Tihs is bcuseae the huamn mnid flgas the eorrr and crroects it atoumacatilly. Amzanig, huh? But this is not true when reading Hebrew
  • 49. Usually, an error in reading a Hebrew word changes it to a different word, Only one change in each word changes ח לב כ שר לפ ס ח - milk suitable for the Passover festival – to – כ לב ק שר לפ ת ח - a dog tied to the door even though their letters are phonically identical!
  • 50. With total Accuracy ! Reading Hebrew is like reading telephone numbers You have to identify every letter and determine it’s position in the word Otherwise, you get to the wrong person!
  • 51. 4. An accurate whole-word bank
  • 52. Hebrew texts are often written without vowels . This requires the reader to be able to recognize a word from its letters only Hbrw txts r ftn wrttn wtht vwls . Ths rqurs th rdr t b bl t rcgnz wrd frm its lttrs nly This can be performed most efficiently if the reader has an extensive bank of whole words stored in his mental bank. So, the reader must 1. Read each word accurately 2. Be able to aggregate the letters into a whole word 3. Have sufficient available working memory to be able to store the word in his word-bank
  • 53. 5. A large amount of free, available working memory
  • 54. Classical Hebrew is based on only several hundred root 3-letter words All other words are derived from theses root words by adding or omitting key letters A Hebrew word usually contains more information than an English word Typically, one word can contain information regarding: tense gender relationship subject – male or female – singular or plural
  • 55.
  • 56. And the more skillfully the reader can identify the letters, the more free, available working memory he has
  • 57. 6. The ability to easily scan ahead and back for context
  • 58.
  • 59.
  • 60. The ZOBIN Method deals with these issues and more . . .
  • 62. 1. Screening for Present reading-efficiency
  • 63. 1. Screening for Present reading-efficiency Unique educational profile of the reader
  • 64. 1. Screening for Present reading-efficiency Unique educational profile of the reader Common side-issues which might be hampering the reader’s ability to improve
  • 65. And it is fast The Screening takes about 30 minutes 1. Screening for Present reading-efficiency Unique educational profile of the reader Common side-issues which might be hampering the reader’s ability to improve
  • 66. And it is fast Significant improvements After only a few hours of remediation 2. Remediation Customised for the Unique educational profile of the reader
  • 67. And it is fast Significant improvements after only a few hours of enjoyable activities 3. Prevention Developmental programmes for Kindergarten and older groups
  • 68. Ways of dealing with a problem Fixing it Compensating Learning to live with it Fixing a different problem, thereby enabling him to deal with the problem by himself Making a new start
  • 69. What a touch-typing program does for typing The ZOBIN Method does for reading
  • 72. Production Manager Avrahum Weiss Design Abi Gesint
  • 73. Production Manager Avrahum Weiss Design Abi Gesint Artwork and Graphics Gore Shware
  • 74. Script Shain Werther Production Manager Avrahum Weiss Design Abi Gesint Artwork and Graphics Gore Shware
  • 75.  

Editor's Notes

  1. (a) Structural (colored) and functional (labeled) regions of the human left cerebral cortex. A map of the right cerebral cortex would be similar, except that speech and language are less well developed there. (b) The chart shows the distribution of abilities between the two hemispheres.