Meiosis

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

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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