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1. State 3 important information that you remembered from Week 1 to Week 7 lectures.
2. Name 4 new terms that you learned in the past 7 weeks. Then, briefly define what they meant.
3. Which lecture/ topic that you find most challenging?

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1.
-Monohybrid/dihybrid
-Gene relation (masked, co-dominance, epistasis)
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2.
3. Linked genes
-Mapping distance
-Life 😂

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Autosomal dominant and recessive
Sex-linked dominant and recessive

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Do

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Complementary Gene:
one of two or more genes that when present together produce effects qualitatively distinct from the separate effect of any one of them
Ratio: 9:7

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-Heterozygous advantage
-Trihybrid cross
-Gene mapping

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- Complementary genes
- Epistasis

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Polymorphism-
RFlP-

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1. Monohybrid dihybrid tribybrid
2.
3.

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1. Gene regulation
VNTR
Molecular Markers
Thymine dimers

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Suppression - a gene that suppresses a certain pathway
Transition - pyrimidine replace by another pyrimidine/purine replaced by another purine
Transversion - purine replaced by pyrimidine (vice versa)

Question 3
Physical Mapping
Mapping with DNA markers

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1. -Recombinant frequency
-Epistasis
-Reciprocal cross

2. Penetrance
Expressivity

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all the pathways involved

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results in two different hormones produced in two different tissues, from one gene!

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Q1.
Gene mapping
Non Mendelian inheritance
VNTR
Q2.

Q3.
DNA markers
Genetic counselling (week 6 practical

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Q

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Q1.

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- sex influenced
- sex limited

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1. Complementation test, expressivity, penetrance, transition, transversion, hypormorphic mutation

2. Gametogenesis, tautomeric shifts, PCR 💆🏼

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1. Transposon
2. Short tanden repeat

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- germ line
- somatic cell

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Fluctuation test

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- null mutation
- hypomorphic mutation
- haploinsufficiency

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how to count so hard

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DNA to RNA ( RNA polymerase

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DNA markers: the last prac report tables were really confusing :| 

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DNA markers: the last prac report tables were really confusing :| 

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- Southern hybridization
- probe
- gene cloningn

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Gel electrophoresis

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Somatic cell hybrid
In situ hybridization
2 methods to distinguish chromosomes