Definitions/Explanation : Heterochromatin & Semiconservative $DNA$ replication
Definitions/Explanation : Heterochromatin & Semiconservative $DNA$ replication
$(1)$ The chromatin that is more densely packed and stained dark are called Heterochromatin. It is inactive.
$(2)$ The two of $DNA$ strands would separate and act as a template for the synthesis of new complementary strands. After the completion of replication, each $DNA$ molecule would have one parental and one newly synthesized strand. This scheme was termed as semiconservative $DNA$ replication.
Similar Questions
Match the columns.
Column - $I$
Column - $II$
$(a)$ Splicing
$(1)$ Lac Operon
$(b)$ Okazaki fragments
$(2)$ Lagging strands
$(c)$ Jacob and Monad
$(3)$ Lactose
$(d)$ Inducer
$(4)$ Removals of intron
Match the columns.
| Column - $I$ | Column - $II$ |
| $(a)$ Splicing | $(1)$ Lac Operon |
| $(b)$ Okazaki fragments | $(2)$ Lagging strands |
| $(c)$ Jacob and Monad | $(3)$ Lactose |
| $(d)$ Inducer | $(4)$ Removals of intron |
Briefly describe the following:
$(a)$ Transcription
$(b)$ Polymorphism
$(c)$ Translation
$(d)$ Bioinformatics
Briefly describe the following:
$(a)$ Transcription
$(b)$ Polymorphism
$(c)$ Translation
$(d)$ Bioinformatics
Which one of the following statements about the particular entity is true ?
Which one of the following statements about the particular entity is true ?
- [AIPMT 2010]
Consider the following
1.Structural gene
2.Messenger $RNA$
3.Ribosomes
4.Transcription
5.Translation
Which of the following is the correct sequence for protein synthesis
Consider the following
1.Structural gene
2.Messenger $RNA$
3.Ribosomes
4.Transcription
5.Translation
Which of the following is the correct sequence for protein synthesis
Full Forms : E. coli
Full Forms : E. coli