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Table 2 Summary of NLGN4 expression in the brain

From: The distribution of neuroligin4, an autism-related postsynaptic molecule, in the human brain

Anatomical locationa

Major functions

Neonates and Infants

Adults

Forebrain

Cerebral cortex

Hippocampus, Pyramidal cells

Hippocampus, Granule cells

Amygdala

Caudate

Putamen

Globus pallidus

Complex integral function

Memory

Memory

Fear

Motor modification

Motor modification

Motor modification

 + (6/8), ± (2/8)

 + (4/6), ± (2/6)

 + (3/7), ± (3/7), – (1/7)

ND

 + (5/8), – (3/8)

– (7/8), + (1/8)

 + (4/8), – (4/8)

 + (6/7), ± (1/7)

 + (4/6), ± (1/6), – (1/6)

 + (3/6), ± (1/6), – (2/6)

– (4/4)

 + (2/6), ± (2/6), – (2/6)

– (5/5)

– (5/5)

Thalamus

Hypothalamus

Sensory modification

Mood and emotion

 + (7/7)

 + (8/8)

 + (4/5), ± (1/5)

 + (5/5)

Midbrain

Substantia nigra

Red nucleus

III

Motor modification

Upper-limb movement

Ocular movement

 + (5/9), ± (2/9), – (2/9)

– (5/5)

 + (4/6), ± (2/6)

– (4/7), ± (1/7), + (2/7)

– (7/7)

 + (3/7), ± (1/7), – (3/7)

Hindbrain

Purkinje cells

Granule cells

Dentate nucleus

Raphe nucleus

Locus coeruleus

Inferior olive

XII

Motor regulation

Motor regulation

Motor regulation

Arousal, wakefulness

Arousal, wakefulness

Motor regulation

Tongue movement

 + (8/12), ± (4/12)

– (12/12)

 + (6/10), ± (3/10), – (1/10)

 + (8/8)

 + (8/9), ± (1/9)

 + (11/11)

 + (11/11)

– (4/4)

– (3/4), ± (1/4)

 + (2/4), ± (2/4)

 + (6/7), – (1/7)

 + (6/6)

 + (5/6), – (1/6)

 + (5/6), ± (1/6)

  1.  + :positive; ± :weakly or partially positive; –:negative; the number of cases regarded as + , ± , or – (numerator) with respect to the number of available cases (denominator) is presented in parentheses
  2. aThe structures with consistent NLGN4 expression are underlined