Meiosis

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

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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