Polymerase Chain Reaction in Biochemistry How many ds DNA molecule can be produced, which comprise precisely the target region in double strand form during 4th cycle of PCR? Three ds DNA molecule Two ds DNA molecule Four ds DNA molecule Eight ds DNA molecule Three ds DNA molecule Two ds DNA molecule Four ds DNA molecule Eight ds DNA molecule ANSWER DOWNLOAD EXAMIANS APP
Polymerase Chain Reaction in Biochemistry A PCR cycle consists of three steps, denaturation, initiation and elongation three steps, denaturation, primer annealing and elongation three steps, primer annealing, elongation and termination three steps, initiation, elongation and termination three steps, denaturation, initiation and elongation three steps, denaturation, primer annealing and elongation three steps, primer annealing, elongation and termination three steps, initiation, elongation and termination ANSWER DOWNLOAD EXAMIANS APP
Polymerase Chain Reaction in Biochemistry PCR is used to study gene function all of these to solve crimes to diagnose genetic diseases to study gene function all of these to solve crimes to diagnose genetic diseases ANSWER DOWNLOAD EXAMIANS APP
Polymerase Chain Reaction in Biochemistry In a PCR reaction after four cycles, each molecule of a duplex DNA will give rise to 16 single strands of DNA 18 single strands of DNA 16 double stranded DNA 18 double stranded DNA 16 single strands of DNA 18 single strands of DNA 16 double stranded DNA 18 double stranded DNA ANSWER DOWNLOAD EXAMIANS APP
Polymerase Chain Reaction in Biochemistry The PCR, polymerase chain reaction is becoming the method of choice for sterilization of gene all of these screening gene Alteration of gene sterilization of gene all of these screening gene Alteration of gene ANSWER DOWNLOAD EXAMIANS APP
Polymerase Chain Reaction in Biochemistry Specialized transduction occurs when the bacteriophage never incorporates into the bacterial chromosome the bacteriophage always incorporates at the same position in the bacterial chromosome None of these the bacteriophage incorporates randomly in the bacterial chromosome the bacteriophage never incorporates into the bacterial chromosome the bacteriophage always incorporates at the same position in the bacterial chromosome None of these the bacteriophage incorporates randomly in the bacterial chromosome ANSWER DOWNLOAD EXAMIANS APP
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