Best teacher ap Jo kuch bi explain karty hon to jitna detail explain karty hon to wo sub is k sat sat liky q k me ap k Jo explain ki howe topics os k notes banana chahti hon l request you please
Sir I wanted to ask you question this question not related to this topic but I wanted to ask you ,if given DNA seq is ATGCATGC then can you tell me its mrna seq ,and after mrna seq get we added reverse transcriptase enzyme then what will be its cdna seq .I have little bit confusion about it cDNA means complementary to DNA seq then what seq we got ,what it is really complementary to given DNA seq ,plzz sir gave me answer (.in the form of seq )plz
@dikshaghule3228 Step 1: Transcription to mRNA The given DNA sequence is: ATGCATGC During transcription, the mRNA sequence is formed by pairing complementary RNA bases with the DNA template strand. In RNA, adenine (A) pairs with uracil (U), and cytosine (C) pairs with guanine (G). Thus, the mRNA sequence will be: UACGUACG Step 2: Reverse Transcription to Complementary DNA (cDNA) After the mRNA is transcribed, if the enzyme reverse transcriptase is used, it will convert the mRNA sequence back into DNA. During this process, uracil (U) in the mRNA will be replaced by thymine (T) in DNA. The complementary DNA sequence will be: ATGCATGC Final Result and Complementary Sequence The final complementary DNA sequence formed by reverse transcription is identical to the original DNA sequence, because reverse transcription generates a sequence complementary to the mRNA, which is the same as the original DNA template (except for replacing U with T). To summarize: 1. Original DNA sequence: ATGCATGC 2. mRNA sequence: UACGUACG 3. Complementary DNA after reverse transcription: ATGCATGC The complementary sequence to the original DNA, if you directly consider the base pairs (instead of mRNA or reverse transcription), would be: TACGTACG This sequence represents the complementary strand that forms the double-stranded DNA along with the original strand.
Best teacher ap Jo kuch bi explain karty hon to jitna detail explain karty hon to wo sub is k sat sat liky q k me ap k Jo explain ki howe topics os k notes banana chahti hon l request you please
You are always the BEST Sir G no one can beat U literally
Informative 😊
Best teacher
You are a good teacher isitarha sab koch detail say urdu mein explain kia kary ok sir thanks mery comments ko zaroor diky
Sir you are best teacher👍💯
Best lecture ❤
You are the best
Thank
You
Sir
Good 😊
Salamat rhen sir g 💙
❤❤❤
Remaining lecture bhe upload karain sir
Sir please conduct a class on events of labor
😮 sweating !!
Love from Sri nagar kashmir
Sir I wanted to ask you question this question not related to this topic but I wanted to ask you ,if given DNA seq is ATGCATGC then can you tell me its mrna seq ,and after mrna seq get we added reverse transcriptase enzyme then what will be its cdna seq .I have little bit confusion about it cDNA means complementary to DNA seq then what seq we got ,what it is really complementary to given DNA seq ,plzz sir gave me answer (.in the form of seq )plz
@dikshaghule3228
Step 1: Transcription to mRNA
The given DNA sequence is:
ATGCATGC
During transcription, the mRNA sequence is formed by pairing complementary RNA bases with the DNA template strand. In RNA, adenine (A) pairs with uracil (U), and cytosine (C) pairs with guanine (G). Thus, the mRNA sequence will be:
UACGUACG
Step 2: Reverse Transcription to Complementary DNA (cDNA)
After the mRNA is transcribed, if the enzyme reverse transcriptase is used, it will convert the mRNA sequence back into DNA. During this process, uracil (U) in the mRNA will be replaced by thymine (T) in DNA. The complementary DNA sequence will be:
ATGCATGC
Final Result and Complementary Sequence
The final complementary DNA sequence formed by reverse transcription is identical to the original DNA sequence, because reverse transcription generates a sequence complementary to the mRNA, which is the same as the original DNA template (except for replacing U with T).
To summarize:
1. Original DNA sequence: ATGCATGC
2. mRNA sequence: UACGUACG
3. Complementary DNA after reverse transcription: ATGCATGC
The complementary sequence to the original DNA, if you directly consider the base pairs (instead of mRNA or reverse transcription), would be:
TACGTACG
This sequence represents the complementary strand that forms the double-stranded DNA along with the original strand.
I hope that you find this helpful
Sir g ap kaha se hai
Me pashto speaker hon mujy sahi tariky se Urdu likna nahi ata to ap koshesh karein k mery bat ko samjy ok sir
WHATUPP NUMBER DE RAKA CHE ZA DARTA URDU EZDA KAM
Sir wazan kafi barr gaya 🤭