Answer:
The flow of information within a neuron is intracellular signalling whereas the flow of information between neuron is inter cellular signalling.
Explanation:
- Central nervous system consist of 2 types of cell that are neurons and glia where neurons are the information processing structure in Central nervous system.
- A typical neuron consists of 4 parts called- cell body,processes,dendrite and axons.
- Cell body is the metabolic controlling center and from cell body, processes structure is extended which conduct signal flow to or away from the cell body.
- Dendrites receive the incoming signals and the outgoing signals to the other neurons are flow along with the help of axons.
- Neurons have an unique features of intracellular and inter cellular signalling.
- Intracellular signalling is proceed within the cells and inter cellular signalling is is transmitted between the cells.
- The communication that is generated between the neurons are achieved by synapses.This process is called as neurotransmitter.
Radioactive dating, depending on the certain amount of radioactive decay it leaves through the years you can predict the oldest one!
if that helped make sure to mark brainliest! <3
-procklown
Answer:
<h2>11.02</h2>
Explanation:
Predict the frequency of a+b+c progeny = 11.02
Step by step Explanation for all genes
a---8%----b---------24%--------c
Double cross overs = (RF at first locus × RF at second locus)/100
= 8 × 24 /100 =1.92
Double cross over progeny;
a b+ c =0.96
a+ b c+= 0.96
single cross over progeny;
RF = 8
SCO at first locus progeny= 8 -DCO progeny= 8- 1.92 = 6.08
a b+ c+= 3.04
a+ b c= 3.04
single cross over at second locus progeny---
RF = 24
SCO at second locus progeny= 24-DCO progeny= 24 - 1.92 = 22.02
abc+= 11.02;
a+b+c = 11.02;
Total recombinants = 1.92 + 6.08 + 22.02 = 30.02
Total nonrecombinants are = 100 - 30.02 = 69.98
abc = 34.99
a+b+c+ = 34.99.
Answer:
Cell Adhesion Molecules (CAMs)
Explanation:
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