A cell in g1 phase has 6 unreplicated chromosomes. How many dna double helices does the cell have after chromosome replication?.

Respuesta :

If the cell has 6 unreplicated chromosomes in G1, there’ll be 12 double helices after replication since there will be twice as many as unreplicated chromosomes.

What about unreplicated chromosomes?

  • One double stranded DNA molecule is often found on an unreplicated chromosome.
  • The chromatids, which are two identical double stranded DNA molecules connected at their centromere, make up a replicated chromosome.
  • Each homologous pair of chromosomes—one paternal and one maternal chromosome of the same type—is unreplicated before the S phase.
  • The unreplicated chromosomes replicate within the S phase.
  • After meiosis I, all chromosomes are replicated.
  • In actuality, chromosomal replication occurs prior to meiosis.
  • During the S phase, DNA replication takes place.
  • There are two haploid cells at the end of meiosis I, each having one replicated copy of each chromosome (1n).
  • Bivalents are not created since each homolog is only found in one copy.

Learn more about unreplicated chromosomes here:

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