The process that causes embryonic cells to produce signals that alter the behavior of neighboring cells is known as
A) contact inhibition.
B) ooplasmic localization.
C) embryonic induction.
D) pattern formation.
E) gene splicing.

Question

The process that causes embryonic cells to produce signals that alter the behavior of neighboring cells is known as  
A) contact inhibition.
B) ooplasmic localization.
C) embryonic induction.
D) pattern formation.
E) gene splicing.

Quizplus · Accepted Answer

Embryonic induction is the process by which embryonic cells produce signals that alter the behavior of neighboring cells. This is essential for the formation of different tissues and organs during development. Contact inhibition is a mechanism by which cells stop dividing when they come into contact with each other. Ooplasmic localization is the process by which cytoplasmic determinants are unequally distributed in the egg during oogenesis. Pattern formation refers to the process by which different regions of the developing embryo become organized into distinct structures. Gene splicing refers to the process by which introns are removed from pre-mRNA transcripts to produce mature mRNA transcripts.

The Process That Causes Embryonic Cells to Produce Signals That