Start Discovering Solved Questions and Your Course Assignments
TextBooks Included
Active Tutors
Asked Questions
Answered Questions
q causes of non-ketotic hyperosmolar diabetic comathe causes of nkhdc are given below1 infections2 trauma3 burns4 myocardial infarctions heart
non-ketotic hyperosmolar diabetic coma nkhdc is another acute complication of diabetes mellitus in this condition the coma loss of consciousness is
q causes of diabetic ketoacidosisthe causes of diabetic ketoacidosis dka are the following- missing of insulin injection- infection- trauma injury-
q what do you meant by diabetic ketoacidosisdiabetic ketoacidosis dka is one of the acute complications of diabetes mellitus the name itself implies
various acute complications of diabetes mellitus are described in this unit acute complications develop within a short period of time these are due
q what are introns and how do they affect the processing of genetic informationintrons a feature of eukaryotic dna are intervening stretches of dna
q why is the concept of a single gene as ultimateunit of inheritance inadequate to provide a unitary explanation for protein synthesis recombination
suppose the restriction endonuclease hindiii cuts a60 kb linear piece of dna into two fragments an 800 bp fragment and a 5200 bp
q why does thymine replace uracil in dnathe difference between dna and rna is existence of a hydroxyl -oh group on 2 carbon of the ribose sugar in
genetic defects in dna repair and human disease1 xeroderma pigmentosum is an inherited disease that is characterized by severe photosensitivity and a
q mismatch and recombinational repairmismatch repair1 mismatches can take place when dna polymerase inserts wrong nucleotide during replication 2
q dna damaged by alkylating agents1 some simple alkylating agents 2 illustrations of products of alkylating agents 3many of these products can be
q spontaneous deamination of cytosine 1 deamination of cytosine is common and results in conversion of cytosine to uracil 2 can be repaired by
dna damage caused by ultraviolet light 1 cyclobutane-type pyrimidine dimer is the major photoproduct formed 2 a second product 6-4 photoproduct is
q can we make artificial cellsresearch in progress at the national aeronautical and space administration nasa is focused on artificial cells as a
q how genes can be exchanged between chromatidswhen two homologous chromosomes physically exchangecorresponding segments during prophase i of meiosis
q what is barr body geneslocated inside nuclear envelope its a densely staining object which is an inactivated x chromosome in female mammalian cells
q how the dna nanoarchitecturing worksdna nano architectures constructs that can be self-assembled from branched dna molecules their components can
q applications of genetic engineeringapplications of genetic engineering in different fields arebull agriculture crops having larger yields drought
q what is genetic engineeringgenetic engineering it is also known as molecular cloning or gene cloning is artificial recombination of nucleic acid
q what is green fluorescent protein gfpgreen fluorescent protein is a protein which is found in a luminescent jellyfish aquorea victoria that lives
q what are the stages of mitosismitosis involves replication of dna and its separation into two new daughter cells whereas only four phases of
q how much dna is in a typical human cellif dna deoxyribonucleic acid molecules in a single human cell were stretched out and laid end to end they
q what is self-catalytic rnasribozymes -term ribozyme was initially suggested by thomas r cech nobel prize winning biochemist who discovered this
q how dna-rna hybridization occursboth dna and rna are able to form hybrids in solution with other rna or dna molecules which have complementary base