Instructions

What is the primary excitatory neurotransmitter in the brain during neonatal development? Is it the same as after birth? What changes lead to how it affects brain during these different stages of life?

many different gametes could each of the following individuals produce assuming each gene assorts independently? (1) Aa (2) AA Bb (3) aa Bb CC dd (4) Aa bb cc Dd Ee ff g Hh F. List all the different gametes that each of the following individuals could produce (1) Aa Bb (2) aa bb Cc (3) Aa Bb CC dd Ee G. For each of the following crosses, determine the probability expressed as a fraction of obtaining offspring of the type specified (after the arrow). (1) AaBb XAabb5aabb (2) AaBbcc X aaBbcc → AaBbcc (3) AaBb Cc X AaBbcc AabbCc H. Consider the following cross: Aa BB Cc Dd EE (male) X Aa Bb Cc Dd EE (female) (1) How many cells (boxes) would there be on a Punnett square for this cross if you were to make one? (2) What fraction of the offspring from this cross would you expect to have the same genotype as the male parent? (3) What fraction of the offspring from this cross would you expect to be homozygous for all five genes? (4) What fraction of the offspring from this cross would you expect to be homozygous dominant for all five genes? (5) What fraction of the offspring from this cross would you expect to display the dominant phenotype for all five genes?

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