Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT...

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Unit 3 & 4: Genetics Unit 3: Macro - Genetics Unit 4: Micro - Genetics What we can see such as our physical features What we cannot see such as DNA

Transcript of Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT...

Page 1: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3&4:Genetics

Unit3:Macro- Genetics

Unit4:Micro- Genetics

Whatwecanseesuchasour

physicalfeatures

WhatwecannotseesuchasDNA

Page 2: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Liger?

Page 3: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Glofish realorfake?

Page 4: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Glowinthedarkmice?

Page 5: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Belgianbluebull

Page 6: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Leading questions:

1. What is genetics? 2. What evidence do

YOU know that makes genetics exist?

Page 7: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Watch this:https://www.youtube.com/watch?v=0vAAf4g5iF8

Gregor Mendel –Why was his research so significant?

Page 8: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Gregor Mendel: 1822 – 1884

• Studied garden peas (ok what’s so important about it?)

What he observed was:

• There was a MATHETMATICAL relationship of traits being passed down into the next generation!

Page 9: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

What does this mean?

• If there is a mathematical relationship, then that means that genetics is NOT random!

• You can ’calculate’ the probability of traits being passed down.

Page 10: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Lookattheratios!

Theyarenearlya3to1ratio!

Page 11: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Howdoesthis“genetics”stuffallwork?

Page 12: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Let’sreview

Mitosis Meiosis

• Whenanorganismgrows,itundergoesmitosis.

• Mitosisissimplycellsdividingbycopying thegeneticmaterial(DNA).

• Everyresultisthesameasbefore.

Page 13: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Let’sreview

Mitosis

Thecellls willgrowbycopyingoldcells.TheDNAwillbethesame.

Page 14: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Let’sreview

Mitosis Meiosis

• InMeiosis,thisistheprocessthatleadstoourgeneticdiversity.

• Let’stakeacloserlook.

Page 15: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Geneticsthatwecansee

Let’sreview

Meiosis

Everysexcellsproducedwillbedifferent

Page 16: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Meiosis

Unit3:Macrogenetics– Meiosis

“The process that’s saving our humanity, maybe. ”

Yeung

Page 17: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Leadingquestion• Howcomeyouandyoursibling(s)donotlookexactlyalike?

JessicaSimpson AshleeSimpson

Unit3:Macrogenetics– Meiosis

Page 18: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Meiosis• Meiosisistheprocessinwhichsperm andegg cellsareproduced.

• Sperm andegg cellsarecalledreproductive cells(sexcells)incomparisontosomatic cells (anyotherbodycell.• Whatmakessexcellsdifferentthansomaticcellsisthateverysexcellwillcontaintraitsfromthemotherandfatherrandomly!

Unit3:Macrogenetics– Meiosis

Page 19: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Meiosis

Insidethetestis,spermisproduced.Theprocessspermisproducedisviameiosis.

Page 20: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Meiosis

Whatdoesmeiosislooklike?

Page 21: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

ThisismeiosisYepthere’salotofstuffhappening

Unit3:Macrogenetics– Meiosis

Page 22: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Keythingstonoteformeiosis:

1. Meiosisiscelldivision(fromonecellto4cells)

2.Youstartoffwithacellwithtraitsfrombothparents(pairofchromosomescalleddiploid=2n) butendsupwithjust1copy(singlechromosomethathasbeenmixed.Haploid=1n)

3.Crossingoveroccursinmeiosiswhichallowsthe

exchangeofgeneticmaterial.

Unit3:Macrogenetics– Meiosis

Page 23: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Meiosis

Mappingoutmeiosis

Page 24: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •
Page 25: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

KeyTermstoknowforMeiosis

Chromosomes:• Humanshave46chromosomesor

22pairshomologouschromosomes.• Chromosomesarelargestrandsof

DNAHomologousChromosomes

• Apairofchromosomesthataresimilarinlengthandgenes.(1fromdadand1frommom).

SisterChromatids• Eachindividualchromosomethat

hasbeenreplicatedduringmeiosis

Unit3:Macrogenetics– Meiosis

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Unit3:Macrogenetics– Meiosis

Note the differencesbetween the terms.

Homologouschromosomes arechromosomes that aresimilar with genes/traitssuch as hair colour fromdad and hair colour frommom NOT hair colourand genes for big toe.

Page 27: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Meiosis

Thischromosomeaccountsfor“brownhair”

Thischromosomeaccountsfor“blondehair”

Crossingoverhappensat“Chiasma”whereDNAisexchangedfromonechromosometotheotherhomologue

Resultsingeneticvariationbetweensperm/eggcells

Page 28: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Meiosis

Mitosis• Somaticcells(cellsthatareNOTsexcells)• Noexchangeofmaterial(resultingcellsaresameasparent)• Occursin1phase• Resultingcellsarediploid(2N)orhavebothsetsofchromosomes• 2cellsareformed

Meiosis• Onlyinsexcells(gametes• Exchangeofgeneticmaterial• Occursin2phases• Resultingcellsarehaploid(1N)orhave1halfsetofthechromosomes• 4sexcellsareformed(eggcellsdegeneratetoresultin1)

Page 29: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Chromosomes

Let’stalkaboutourchromosomes

Page 30: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Chromosomes

• Chromosomesarestructuresfoundinsidethenucleusofthecell.

• ItisbasicallyastructurethatisalongspoolofDNAwrappedaround.

• Itcarryallofourgenes

• Humanshave46chromosomesor23pairs.

Page 31: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Chromosomes

• 22ofthe23pairsareautosomes,whicharechromosomesforallofourtraitswhilethe23rd pairofchromosomes(xandy)determinethesexoftheorganism.

• XX=females• XY=males

Page 32: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Non-disjunctiondisorders

Page 33: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Whathappenswhenyouhaveanextrachromosomeor

missingchromosome?

Page 34: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Non-disjunctiondisorder

Non-disjunctiondisorderiswhenchromosomesfailtoseparateduringmeiosisleavinganextraormissingchromosomeinthesexcell.

Page 35: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Asaresult,thespermoreggcellwillnothaveorwillhaveanextrahomologouschromosome.

Page 36: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Whenfertilizationoccurs,thezygote(sperm+egg)willhaveanunevennumberofchromosome.

Page 37: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Herearesomenon-disjunctiondisorders:

1. DownSyndrome– trisomy21(extrachromosomeonchromosome#21).

2. Klinefelter syndrome– ExtraXchromosomeinmalesresultinginXXY.

3. Turnersyndrome– MissingXchromosomeinfemalesresultinginjustX.

Page 38: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Refertothereadingsforeach.

Page 39: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Klinefelter’s syndrome

Page 40: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Turner’ssyndrome

Page 41: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Trisomy18– Edward’ssyndrome

Extrachromosomeon#18

Lessthan10%willseetheir1st birthday

Page 42: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Trisomy13– Patau syndrome

Extrachromosomeon#13

Only5– 10%willseetheir1st birthday.Mostwilldiewithinfirstdaysorweeksoflife.

Page 43: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Non-disjunctiondisorders

Sohowdowedetermineifafetushasanon-disjunctiondisorder?

Page 44: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Amniocentesis

Amniocentesis• Takessampleof

amnioticfluid(theliquidthefetusgrowsin)fromthemother

• Inthefluid,therearecellswherethebabyhasshedfromhis/herskinandbladder

Page 45: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Karyotyping

Thecellsarethenanalyzedforthenumberofchromosomespresent.

ThismethodiscalledKaryotyping.

Page 46: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Karyotyping

Karyotyping pairsupallofthehomologouschromosomesandlabeled1to21

Page 47: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Karyotyping

Male Female

Page 48: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Unit3:Macrogenetics– Karyotyping

Downsyndrome (Trisomy21)

Page 49: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Kleinfelter SyndromeXXY

Unit3:Macrogenetics– Karyotyping

Page 50: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

TurnerSyndrome(X)

Unit3:Macrogenetics– Karyotyping

Page 51: Unit 3 & 4: GeneticsUnit 3:Macro genetics – Meiosis Mitosis • Somatic cells (cells that are NOT sex cells) • No exchange of material (resulting cells are same as parent) •

Summary• Inthissetofnotes,youshouldhavelearntthefollowing:• Mitosis• Meiosisandtheirimportance• Chromosomesinhumans• Non-disjunctiondisorders• Karyotyping

Unit3:Macrogenetics– Summary


Sexual Reproduction and Meiosismmsalemscienceteacher.weebly.com/uploads/2/3/3/6/... · Sexual life cycle •Made up of meiosis and fertilization •Diploid cells –Somatic cells

Sexual Reproduction and Meiosismmsalemscienceteacher.weebly.com/uploads/2/3/3/6/... · Sexual life cycle •Made up of meiosis and fertilization •Diploid cells –Somatic cells

Meiosis - Vogel Biologyvogelbiology.weebly.com/uploads/5/7/6/1/57614491/... · Meiosis 2. Gametogenesis 3. Sperm 4. Egg 5. Polar body 6. Zygote . Meiosis . Remember… ! Somatic cells

Meiosis - Vogel Biologyvogelbiology.weebly.com/uploads/5/7/6/1/57614491/... · Meiosis 2. Gametogenesis 3. Sperm 4. Egg 5. Polar body 6. Zygote . Meiosis . Remember… ! Somatic cells

Meiosis Chapter 10, Section 2. Diploid & Haploid Cells Diploid = a cell with two sets of chromosomes, 2n, somatic (body) cells muscle, skin, liver, etc.

Meiosis Chapter 10, Section 2. Diploid & Haploid Cells Diploid = a cell with two sets of chromosomes, 2n, somatic (body) cells muscle, skin, liver, etc.

MEIOSIS 1. What is Meiosis?? 2 Every cell in the body makes more cells through mitosis We call these cells somatic cells The only cells in your.

MEIOSIS 1. What is Meiosis?? 2 Every cell in the body makes more cells through mitosis We call these cells somatic cells The only cells in your.

MEIOSIS. cell division one parent cell becomes two identical daughter cells occurs in somatic cells (regular cells) used for growth and repair cell division.

MEIOSIS. cell division one parent cell becomes two identical daughter cells occurs in somatic cells (regular cells) used for growth and repair cell division.

MEIOSIS Ch. 11-4. Bill Nye Meiosis Movie I. General Info A. Two types of body cells: 1. Somatic cells a) Any non-sex cell (e.g. liver, eye, heart, brain)

MEIOSIS Ch. 11-4. Bill Nye Meiosis Movie I. General Info A. Two types of body cells: 1. Somatic cells a) Any non-sex cell (e.g. liver, eye, heart, brain)

CH. 9-3 MEIOSIS · •Identify and draw stages of meiosis. Determine ploidy and chromosome number for different stages of meiosis. •Distinguish between somatic cells and gametes,

CH. 9-3 MEIOSIS · •Identify and draw stages of meiosis. Determine ploidy and chromosome number for different stages of meiosis. •Distinguish between somatic cells and gametes,

A First and Second Year Summary Blog on Mitosis and Meiosis...Meiosis is all about the genetics of reproduction, and body/somatic cells can undergo ONLY mitosis – not meiosis. It

A First and Second Year Summary Blog on Mitosis and Meiosis...Meiosis is all about the genetics of reproduction, and body/somatic cells can undergo ONLY mitosis – not meiosis. It

Monday February 3 rd Bellringer 1.Meiosis is different than Mitosis because: a)Mitosis is the division of body cells (somatic cells) while Meiosis is the.

Monday February 3 rd Bellringer 1.Meiosis is different than Mitosis because: a)Mitosis is the division of body cells (somatic cells) while Meiosis is the.

Meiosis and Karyotypes. Somatic Cells v. Gametes 0 Somatic – body cells 0 Ex. Skin, liver, eyeballs 0 Gametes – sex cells 0 Ex. Egg or sperm (DNA here.

Meiosis and Karyotypes. Somatic Cells v. Gametes 0 Somatic – body cells 0 Ex. Skin, liver, eyeballs 0 Gametes – sex cells 0 Ex. Egg or sperm (DNA here.

Lesson 9.3: Meiosis: The Life Cycle of Sex Cells Goals: Identify male and female gametes Compare chromosome numbers between somatic cells and gametes.

Lesson 9.3: Meiosis: The Life Cycle of Sex Cells Goals: Identify male and female gametes Compare chromosome numbers between somatic cells and gametes.

GENETICS REVIEWjaentschypantsbiology.weebly.com/.../genetics_jeopardy.pdfdiploid cells? S2C06 Jeopardy Review Meiosis MITOSIS Which type of cell division is used by somatic cells to

GENETICS REVIEWjaentschypantsbiology.weebly.com/.../genetics_jeopardy.pdfdiploid cells? S2C06 Jeopardy Review Meiosis MITOSIS Which type of cell division is used by somatic cells to

1 Meiosis chapter 6. 2 Mitosis Cell Division Used for growth and repair Used for growth and repair Occurs in somatic (body) cells Occurs in somatic (body)

1 Meiosis chapter 6. 2 Mitosis Cell Division Used for growth and repair Used for growth and repair Occurs in somatic (body) cells Occurs in somatic (body)

MEIOSIS. Organisms that reproduce Sexually are made up of two different types of cells. 1.Somatic Cells…

MEIOSIS. Organisms that reproduce Sexually are made up of two different types of cells. 1.Somatic Cells…

The Process of Meiosis - OpenStax CNXcnx.org/.../the-process-of-meiosis-8.pdf · The Process of Meiosis ... called homologous chromosomes. Somatic cells are sometimes referred to

The Process of Meiosis - OpenStax CNXcnx.org/.../the-process-of-meiosis-8.pdf · The Process of Meiosis ... called homologous chromosomes. Somatic cells are sometimes referred to

Meiosis Body Cells & Gametes · 10.1 Meiosis Click for Meiosis Animation Meiosis Section 10.1 Body Cells & Gametes ·somatic cells = body cells do NOT pass on DNA to offspring 46

Meiosis Body Cells & Gametes · 10.1 Meiosis Click for Meiosis Animation Meiosis Section 10.1 Body Cells & Gametes ·somatic cells = body cells do NOT pass on DNA to offspring 46

Meiosis. Somatic cells undergo Mitosis Gametes or sex cells undergo meiosis, resulting in a cell with half of the usual number of chromosomes (compared.

Meiosis. Somatic cells undergo Mitosis Gametes or sex cells undergo meiosis, resulting in a cell with half of the usual number of chromosomes (compared.

Cell Division & DNA Replicationfaculty.sdmiramar.edu/bhaidar/Bio 107 Documents... · • Cell division of somatic cells and germ line cells. • Comparison of Mitosis & Meiosis in

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Meiosis and Sexual Reproduction · Mitosis & Meiosis Compared Mitosis Functions Asexual reproduction Growth, repair Occurs in somatic cells Produces clones (2 diploid daughter cells)

Meiosis and Sexual Reproduction · Mitosis & Meiosis Compared Mitosis Functions Asexual reproduction Growth, repair Occurs in somatic cells Produces clones (2 diploid daughter cells)

Meiosis - Welcome to my sitebogari.net/Bogari/Principle_files/10b-Meiosis.pdf · 2- Mitosis takes place in somatic cells and during the early cell divisions in gamete formation. Meiosis

Meiosis - Welcome to my sitebogari.net/Bogari/Principle_files/10b-Meiosis.pdf · 2- Mitosis takes place in somatic cells and during the early cell divisions in gamete formation. Meiosis