Pedigree Analysis and Genetic Disorders | Class 12 | NEET 2023 | Garima Goel

[@neetkineev]

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[@sadia.medicog2152]

Pedigree analysis..crystal clear hogaya ..thanks alot for this session mam

[@alafiyawaseem9261]

Thanks a lot ma'am..for all these efforts...I can't able to connect through live classes these days...having backlogs but i am trying to cover as soon as possible...i want to thank you from bottom of my heart 💓...

[@Rinkystudylover]

Thank you for this amezing session mam 🥳🥳❤️❤️. First time ye chapter samajh ayii . thanks a lot 🔥🔥🥳🥳🥳

[@monishasipka4237]

Such a beautiful explanationmm 💕💕 tq so much mm for this much effort for us.. thank you..

[@__surya__g2]

Bahut aache se samjhane ke liye thankyou so much #guruma..🙏☺️❣️. #chaptercompleted.. #g2army..

[@rajnibareth9978]

Pedigree analysis session was really awesome 😎😎❤️❤️🙏

[@AshuRathod]

Thank to my lovely G² mam 😍💡👍❤️

[@rahulpriyadarshi2240]

Thank you so much ma'am today very amazing lecture

[@shahfawaad1816]

Mam your session is always remains amazing

[@anshu1178]

Can anyone explain ? In the question , A polygenic trait is controlled by 3 genes A , B , C AaBbCc × AaBbCc... How mam counted no. of progeny = 4 ^ 3 = 64 What is the general formula here ? And in which previous lecture mam have taught this ?

[@kirtisharma3735]

Same doubt

[@utkarshaabhartii]

One genotype will form 8 gametes.....the other too will form 8 gametes (taught in first lecture of chapter) When Punnet Square is made , 8 * 8 = 64 progeny Hope it's clear now....

[@GarimaGoelg2]

Go through lecture-1

[@anshu1178]

@@utkarshaabhartii Ya ty 😊

[@anshu1178]

@@GarimaGoelg2 okay mam thank you 😊

[@newtalentforall4844]

Love u maàaaam ♥️💗💕

[@Meenu2694]

Crystal clear mam🥳💖💝🤞✌️🤩

[@anubhavkasaudhan8508]

thankyou mam for this ☺☺

[@tanushreebaranwal06]

Thank u ma'am....❤️❤️❤️❤️❤️❤️

[@tarunkumar-oc1zs]

nice lecture mam mam plzz send pdf of this lecture

[@PJ-zc9vf]

Thank you so much g2 Mam for the amazing session 🙏💙

[@swadhabanerjee4617]

I am dropper last year this chapter was for me like headache now after seeing this lectures i am in love with this 🥰😍❤🧡💚💙

[@shubhangibhatt7251]

Kya each h every concept cover hue h issme

[@Aeeena]

Thank u mammmmmm🧡🧡🧡🧡🧡🧡🧡🧡

[@skwajidshaikh4293]

Thank you so much mam ❤️

[@utkarshaabhartii]

Thank you so much Garima mam for this super sesssion

[@Miss77499]

Mam.. today I can't attend live chat.. sorry for my mistake 🥺 But, today class is very effective...🎉 Thank you so much for amazing session 😌💝😍❤️👌

[@bhatmansoor2552]

Thank you mam❤

[@anshiikasinghal]

Thank you so much mam for the amazing session ❤️❤️ #day6 completed successfully #dilseneet

[@futuredoctor3557]

Thank you ma'am

[@RajnishKumar-bt1go]

Mam you are you best

[@bhavanamasineni]

Mam please do human health and diseases

[@Karanx28]

❤❤❤❤❤❤❤

[@KALPANA_VERMA_1810]

#NEET_KI_NEEV✨ #G²ARMY🔥🔥

[@samsulhaque7549]

Autosomal dominant hai mam

[@AngleCutie-bf9vo]

Autosomal recessive

[@Priyaa2212]

[@gurleenkaur3531]

Thank you so much ma’am ❤❤ This means a lot 🥰

[@Yogeshsingh52220]

Mam notes telegram par send kar do plz

[@aleenanajrul]

❤️

[@AngleCutie-bf9vo]

21=2

[@ishratansari7646]

4

[@dikshasisodiya1054]

mene itni baar bol diya apko ki mam ese mt samjaya krao board p likh kr explain kiya karo ap suno jb na

[@Fatimakhan079]

Are bhai itna gussa

[@dikshasisodiya1054]

mam problem to solve hi nahi hoti session explain not well

[@nehagarg6831]

Thnq Mam 🙏🏻

[@aayeshabano5670]

Thank you mam

[@samsulhaque7549]

Autosomal receesive

[@V.R.U.T.V.I]

Thank you so much mam