How many different kinds of gamets could be produced

A gamete (from Ancient Greek γαμετή gamete "wife") is a cell that fuses with another cell during fertilization (conception) in organisms that reproduce sexually. In species that produce two morphologically distinct types of gametes, and in which each individual produces only one type, a female is any individual that produces the larger type of gamete-called an ovum (or egg)-and a male produces the smaller tadpole-like type-called a sperm. This is an example of anisogamy or heterogamy, the condition in where females and males produce gametes of different sizes (this is the case in humans; the human ovum has approximately 100,000 times the volume of a single human sperm cell). In contrast, isogamy is the state of gametes from both sexes being the same size and shape, and given arbitrary designators for mating type. The name gamete was introduced by the Austrian biologist Gregor Mendel. Gametes carry half the genetic information of an individual, 1n of each type.
Plants
Plants which reproduce sexually also have gametes. However, since plants have an alternation of diploid and haploid generations some differences exist. In flowering plants the flowers use meiosis to produce a haploid generation which produce gametes through mitosis. The female haploid is called the ovule and is produced by the ovary of the flower. When mature the haploid ovule produces the female gamete which are ready for fertilization. The male haploid is pollen and is produced by the anther, when pollen lands on a mature stigma (botany) of a flower it grows a pollen tube down into the flower. The haploid pollen then produces sperm by mitosis and releases them for fertilization.

[@zuhairreza]

Thanks! Going to use this in my last exam for Bio this semester.

[@GhostHawk272]

This is absolutely brilliant, thank you, Nikolay!!

[@chanelsmith6820]

thanks for breaking this down. Super helpful

[@GeneticsLessons]

Glad it was helpful!

[@mikecastro4403]

his voice made me sleepy

[@GeneticsLessons]

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[@mikecastro4403]

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[@lalademi]

very helpful, thank you!

[@rickardormbewe4324]

Thanks life made easy in genetics

[@hat880]

Thank you! Awesome video

[@shivpoojanmishra264]

Very nice explanation. It was really helpful for me. Thank you

[@GeneticsLessons]

Glad to hear that

[@enetube6308]

would you illustrate the gametes like the first and second genotypes for the fourth genotype with large number of heterozygous loci (5) please?

[@GeneticsLessons]

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[@silkpharmacy5904]

well done very easy explination

[@nur-i-nisasaning4880]

Thank you so much. This helped a lot.

[@GeneticsLessons]

Glad it helped!

[@36rupammukhopadhyayvic21]

Very niceee sirrrr ...😊😊thank you....
I am from India ☺️☺️

[@bioworld2816]

Thanks a lot...

[@GeneticsLessons]

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[@Joshman3207]

Extremely helpful, thank you. I am still a bit confused as to why this formula works though, it is hard for me to understand the logic behind the equation.

[@GeneticsLessons]

You're welcome! Thanks for watching.

[@brosisgamingchannel1525]

Thanks for the video.This helps me a lot. 🥳🎉🥳🎉🥳🎉😀😀😀

[@GeneticsLessons]

Happy to help

[@scarlet_redrose]

You are awesome sir thank u so much

[@GeneticsLessons]

Most welcome

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Great video !!!

[@veynalmandelawe1193]

wow you are wonderful, thanks a lot

[@GeneticsLessons]

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[@yuvika_yt]

Thanks sir you made it clear to me thanks a lot ❤️😭

[@GeneticsLessons]

Happy to help

[@shanmugapriyas8375]

it's very helpful. thanks a lot.

[@GeneticsLessons]

You're welcome! Thanks for watching.

[@KatieCochran]

Thank you! :)

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[@priyankadube1888]

Amazing thank you so much :)

[@GeneticsLessons]

You are welcome! Thanks for watching.

[@ashleymarieperez7647]

Thanks!!!!!!!!!!!!!

[@annetterenthlei]

Thank you

[@anupama5646]

Thank you sir

[@Tellmestory_1]

Write down all types of gametes that may be produced by an individual NNMm
?

[@GeneticsLessons]

1. NM
2. Nm

[@Maria-ph6wb]

It would be 6 for AaBbCc, right?

[@GeneticsLessons]

No. 2x2x2=8

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[@jazb4864]

Thank you!

[@anushreebhattacharya3062]

thank you

[@entertainmenthub1054]

thanks

[@GeneticsLessons]

You are welcome! Thanks for watching.

[@mildredwashington9072]

Hi. Could you tell me if this phenotype CcDee is the same as CcDDee and CcDdee? Does writting only one letter D means that the second letter is also a D (and not recessive d)? It's very important to me, I hope you will answer!

[@GeneticsLessons]

No one write genotypes like that. You can write phenotype as ABc but you have to write genotype as AaBbcc.

[@mildredwashington9072]

Nikolay's Genetics Lessons thank you. Yes, I was writing about phenotypes. The laboratory sent me the results with phenotype written like this CcDee so I cannot discover if it is a heterozygous for Rh blood factor.

[@GeneticsLessons]

The is no way to say it could be DD of Dd phenotype will be the same D.

[@yogamzer2]

Starts on 1:10

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[@meghamishra1547]

Could you tell me ....What is the f1 genotype when AaBbggDdEeHh is crossed with AaBbGgddeeHh

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[@afrahs6503]

I didnt understand anything

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[@pallavmahato7865]

Thanks.

[@GeneticsLessons]

You're welcome

[@monakouai3453]

what about LLGg ?

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[@JustinBlastoff]

Thanks bro!

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Any time

[@mikecastro4403]

I could have made this video in less than 60 seconds

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[@sondrahaywood4781]

Im sorry what did u say

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[@Hari-in2jt]

could u speak more clearly

[@GeneticsLessons]

Yes, I can. This is very old video - since then my pronunciation substantially improved.