1. Morphallaxis
2. Epimorphosis
3. Repair
4. Blastema
Blastema
1. Legs in crabs
2. Tail of lizards
3. Viscera in holothurians echinoderms
4. All of the above
All of the above
1. Epimorphosis
2. Morphallaxis
3. Repair
4. Autotomy
Morphallaxis
1. Legs
2. Abdomen
3. Head
4. Thorax
Legs
1. RNA is formed from the transcription of base triplets on DNA
2. Translation of the mRNA starts as the 5 end of the mRNA strand separates from the DNA template that transcribed it
3. RNA polymerase synthesises RNA nucleotids in a 5' to 3' direction
4. Polyribosomes help to produce many copies of Polypeptide during translation
Translation of the mRNA starts as the 5 end of the
mRNA strand separates from the DNA template
that transcribed it
1. It prevents transcription of the genes of the operon
2. It binds to the promoter that blocks theattachment of RNA polymerase
3. It binds to the tap repressor to change it into its active form
4. It binds to the operator gene at an allosteric site to switch of the operon
It binds to the tap repressor to change it into its active form
1. nucleus chloroplast
2. mitochondria
3. chloroplast
4. cytoplasm
cytoplasm
1. polymorphic genes
2. operator genes
3. reductant genes
4. regulatory gene
operator genes
1. RNA into that of proteins
2. proteins into that of RNA
3. amino acids into that of RNA
4. RNA into that of DNA
RNA into that of proteins
1. base pairing
2. altered base on code
3. third altered base on code
4. None of the above
third altered base on code