Meiosis

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N A Q R M V U Y M H K W M O E X P S C
A I T L X E B E I P E O E W C E L B A
J J P R K N R N K D W K T T O O S A O
A F N B Q O V O L T G E A E W W L R U
A V K F U E A E E O A E P S T T U R A
W N H C U S A S S W H G H A E E M V B
O D Q I W A A A L C V K A H S S C W H
R M A C Y H C H O H S D S P A A S M X
F F N O P P P P O U A J E A H H I U H
W P P O U R B O I M G X O T P P E M C
C I L X S E G R H C Y B N E O A F T L
C E L J P T Q P G Y I O E M R N S D K
T F Y X Q N T G M V N D A K P A P C U
G S N U Y I Y P O D D Y P Y A O V I M
M T A N A P H A S E O N E T E N L U K
A O K L S F I X T S W J N O C R I R C
K Y W J V K T E L O P H A S E O N E J
I V I N D V W K Y X Q H V W W K J I J
D S W Q Q D Q Y B V C T F P S C D R C

Clues

  • Bivalents line up along the equator and Independent Random Assortment of Maternal and Paternal Chromosomes occurs. (9, 3)
  • Chromosomes line up on the equator. (9, 3)
  • Chromosones condense, bivalents are formed, centrioles move to opposite poles, spindle fibres are formed and crossing over occurs. (8, 3)
  • Cytokinesis (9, 3)
  • DNA replicates, organelles replicate, more ATP is released and there is more protein synthesis. (10, 3)
  • Spindle fibres reform. (8, 3)
  • Spindles contract and chromosomes are pulled to opposite poles. (8, 3)
  • Spindles contract, centromere spilts, chromatids are pulled to opposite poles. (8, 3)
  • Two new nuclei are formed. (9, 3)

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