: André Frank Zimpel
: Trisomy 21 What we can learn from people with Down syndrome
: Vandenhoeck und Ruprecht
: 9783647701967
: 1
: CHF 20.90
:
: Allgemeines, Lexika
: English
: 212
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
For a long time, it was assumed that a genetic disposition such as trisomy 21 enables predictions to be made about overall personality development. But, who could have ever imagined that people with trisomy 21 (Down syndrome) would also be capable of earning a university degree? We studied 1,294 people with trisomy 21. The results showed that people with trisomy 21 benefit more from abstract learning than their neurotypical counterparts. Two-year-olds with the syndrome first learn to read and only then to speak and will understand algebra better than arithmetic. Ignorance of neurodiversity inevitably leads to learning difficulties when these people are forced to learn at the same pace as others. This applies to autism and trisomy 21 to the same extent. That is why this book advocates the recognition of trisomy 21 as a variant in the spectrum of human neurodiversity.

Dr. André Frank Zimpel ist Professor für Erziehungswissenschaft unter besonderer Berücksichtigung des Förderschwerpunktes Geistige Entwicklung und mit dem Forschungsschwerpunkt Rehabilitationspsychologische Diagnostik an der Universität Hamburg.
Cover1
Title Page4
Copyright5
Table of Contents6
Body10
Foreword10
I. Genes and society12
A silent cognitive revolution12
Well meant13
Mentally disabled, even before birth?14
Three times 2115
Has our society decided?16
Down’s Heritage18
47 chromosomes rather than 4619
Mutations20
Eugenics, compulsory sterilization and euthanasia21
Fear of low IQ23
Genetics and epigenetics24
A picture is worth a thousand words25
Summary27
II. The brain and intelligence28
Head size and intelligence tests28
IQ as gatekeeper30
Why being different is normal31
Am I stupid?33
Genes for brain growth or stress in early childhood?34
Brain growth and evolution36
Birdbrained geniuses37
The human brain is a social tool38
The brain as a learning tool40
Accelerating thinking through abstraction41
Mouse memory42
The seat of learning44
Memory is distributed across the brain46
Summary47
III. Neurotransmitters and neuroenhancement49
Enzymes: catalysts in the brain49
Acetylcholine and the fear of Alzheimer’s51
Donepezil: doping for the brain53
How the brain neutralizes medication55
Dopamine: addictive stimulation56
Glutamate: more than just a matter of taste58
Memantine: hope for a learning pill59
GABA: inhibit inhibition61
Basmisanil: release the brakes in the brain62
Brain doping: cleverer by prescription?63
Neuroenhancement or essential drug?65
Summary66
IV. Neurodiversity and attention67
Serotonin, an endogenous antidepressant67
Oxytocin: cuddling depression away69
Norepinephrine: rock ‘n’ roll in the brain70
Humans are different and mice too72
Neurodiversity instead of neurodegeneration73
Removing the fear of aging75
Studying at university with trisomy 21?76
Learning from rabbis and nuns77
Segregation already begins with speech79
Empathy for neurodiversity80
Motor learning and the 21st chromosome82
Acetylcholine in the striate body84
Emotion and the 21st chromosome85
Short-term memory and the 21st chromosome87
Learning in sleep89
At the focal point of the stream of thoughts91
The bifurcation diagram: calculation and hypothesis93
Summary96
V. Attention and memory97
Navon figures97
The overall shape and details100
Dice-pip and interference images103
Abstraction means “draw away from …”107
The scope of attention110
The magical number four111
Measuring the scope of attention113
Memory and matching pairs117
Reveal the numbers in sequence121
Object permanence123
Observe and remember causalities124
Abstract thought in the pushchair127
Mouse and duck theater128
Supersigns and abstraction132
Summary134
VI. Imitation and motor learning | Alfred Christoph Röhm136
Juggling in a small attention window136
Auditory and haptic scope of attention137
Proprioception – endogenous perception139
Scope of attention for proprioception141
Body percussion142
Successful imitation depends on the number of micromotions144
Dialogic learning requires creativity145
Summary146
VII. Speech and thought | Kim Lena Hurtig-Bohn148
The window to a child’s head148
The prefrontal cortex and private speech149
The development of private speech in childhood151
Private speech in pedagogy152
The zone of proximal development153
Private speech and trisomy 21154
Private speech in autism spectrum disorders156
Summary157
VIII. Cognitive development and mathematics | Torben Rieckmann159
Trisomy 21 and mathematics?159
Trisomy 21 and dyscalculia160
Clustering and supersigns162
The power of five166
Deliberately use teaching materials168
Appropriate visual aids171
Summary175
IX. Communication and emotion | Angela Kalmutzke176
It’s great that you have a child with Down syndrome!176
Respect for the essence of and confidence in learning ability178
On life and death180
Late termination of pregnancy182
Opting for life184
The social matrix185
Behavioral problems today, personality disorders tomorrow?189
Promoting self-worth192
Summary196
Afterword197
Literature201