201 - Contractile protein/proteins
201 - Contractile protein/proteins
Both a and b
202 - CRISPR RNA's one end binds to CRISPR- Cas nuclease and other bind to
202 - CRISPR RNA's one end binds to CRISPR- Cas nuclease and other bind to
Gene of interest
203 - CRISPR-Cas is used to modify
203 - CRISPR-Cas is used to modify
Gene
204 - Cultivated autopolyploids of wheat
204 - Cultivated autopolyploids of wheat
Both a and b
205 - Darwin's theory of evolution was criticised due to lack of
205 - Darwin's theory of evolution was criticised due to lack of
Genetic basis of variation
206 - Data from human genome project indicate that the X chromosome has at least___________genes
206 - Data from human genome project indicate that the X chromosome has at least___________genes
900
207 - Data from human genome project indicate that the y chromosome has at least___________genes
207 - Data from human genome project indicate that the y chromosome has at least___________genes
75
208 - Deep red color of urine is symptom of
208 - Deep red color of urine is symptom of
Porphyria variegata
209 - Defective mitochondria play a role in _________
209 - Defective mitochondria play a role in _________
Aging
210 - Diamond-Blackfan anemia is a rare,dominant disorder characterized by________malfunction
210 - Diamond-Blackfan anemia is a rare,dominant disorder characterized by________malfunction
Bone marrow
211 - Digestion of chromatin by certain endonucleases, yields DNA fragments that are about _____ base pairs in length or multiples thereof
211 - Digestion of chromatin by certain endonucleases, yields DNA fragments that are about _____ base pairs in length or multiples thereof
200
212 - Diploid bananas contain hard _________
212 - Diploid bananas contain hard _________
Seeds
213 - Discontinuous DNA synthesis was fierst presented by
213 - Discontinuous DNA synthesis was fierst presented by
Okazaki
214 - Division of cytoplasm is called
214 - Division of cytoplasm is called
Cytokinesis
215 - Division of nucleus is called
215 - Division of nucleus is called
Karyokinesis
216 - DNA and RNA absorb UV light most strongly at
216 - DNA and RNA absorb UV light most strongly at
260 nm
217 - DNA as atransforming agent was proved by
217 - DNA as atransforming agent was proved by
Avery
218 - DNA as heredity material was experimentall proved by_________and cowoerkers in 1944
218 - DNA as heredity material was experimentall proved by_________and cowoerkers in 1944
Avery
219 - DNA as heredity material was proved by experiments in_______
219 - DNA as heredity material was proved by experiments in_______
1944
220 - DNA associated proteins, histones are___________charged
220 - DNA associated proteins, histones are___________charged
Positively
221 - DNA associated proteins, nonhistones are___________charged
221 - DNA associated proteins, nonhistones are___________charged
Less Positively
222 - DNA binding protein in bacteria
222 - DNA binding protein in bacteria
Both a and b
223 - DNA helicase in bacteria is made up of multiple copies of_____________
223 - DNA helicase in bacteria is made up of multiple copies of_____________
DnaB
224 - DNA is found in
224 - DNA is found in
All of these
225 - DNA polymeraseIII requires _________ to start DNA synthesis
225 - DNA polymeraseIII requires _________ to start DNA synthesis
Primer
226 - DNA serves as the genetic material in all living organisms on earth except some __________
226 - DNA serves as the genetic material in all living organisms on earth except some __________
Viruses
227 - DNA was first studied in 1869 by a Swiss chemist______
227 - DNA was first studied in 1869 by a Swiss chemist______
Miescher
228 - DNA__________is found exclusively in mitochondria
228 - DNA__________is found exclusively in mitochondria
Polymerase gamma
229 - Domestication of animals started between_______B.C
229 - Domestication of animals started between_______B.C
8000 to 1000
230 - Double helix structure of DNA was proposed by
230 - Double helix structure of DNA was proposed by
Watson
231 - Down syndrome in human is example of
231 - Down syndrome in human is example of
Trisomy
232 - Down syndrome in human occur 1 in every________births
232 - Down syndrome in human occur 1 in every________births
800
233 - Down syndrome is not
233 - Down syndrome is not
Inherited
234 - Duchene muscular dystrophy in human is ________trait
234 - Duchene muscular dystrophy in human is ________trait
X-linked
235 - Duchene muscular dystrophy in human is often fatal in the early
235 - Duchene muscular dystrophy in human is often fatal in the early
20s
236 - Duchenne muscular dystrophy (DMD) can be cured by
236 - Duchenne muscular dystrophy (DMD) can be cured by
Exon skipping
237 - During complete linkage only______________gametes are produced
237 - During complete linkage only______________gametes are produced
Both a and b
238 - During _______________ the centromere are positioned on the equatorial plate
238 - During _______________ the centromere are positioned on the equatorial plate
MetaphaseII
239 - During Bacteriophage life cycle about_______viruses are constructed in one cycle
239 - During Bacteriophage life cycle about_______viruses are constructed in one cycle
200
240 - During conjugation, _________of plasmids of donor bactreium is transferred to recipient bacterium
240 - During conjugation, _________of plasmids of donor bactreium is transferred to recipient bacterium
Single strand
241 - During elongation of translation, _________binds GTP, brings aminoacyl tRNA to the A site of the ribosome
241 - During elongation of translation, _________binds GTP, brings aminoacyl tRNA to the A site of the ribosome
EF-Tu
242 - During elongation of translation,___________ regulate EF-Tu activity
242 - During elongation of translation,___________ regulate EF-Tu activity
EF-Ts
243 - During elongation of translation,___________ stimulates translocation; GTP dependent
243 - During elongation of translation,___________ stimulates translocation; GTP dependent
EF-G
244 - During gamete formation loop formation occurs between homologous chromosomes having
244 - During gamete formation loop formation occurs between homologous chromosomes having
All of these
245 - During Garrod time's, ___________was/were used in place of genes
245 - During Garrod time's, ___________was/were used in place of genes
Both a and b
246 - During initiation of translation,_______ binds to 30 S subunit and preventing it from associating with the 50S subunit prematurely
246 - During initiation of translation,_______ binds to 30 S subunit and preventing it from associating with the 50S subunit prematurely
IF3
247 - During initiation of translation,________ binds to the initiator fMet-tRNA and transfer it to the P site of the 30S-mRNA complex
247 - During initiation of translation,________ binds to the initiator fMet-tRNA and transfer it to the P site of the 30S-mRNA complex
IF2
248 - During initiation of translation,__________ binds to 30 S subunit and prevent aminacyl tRNA from binding to the A site prematurely
248 - During initiation of translation,__________ binds to 30 S subunit and prevent aminacyl tRNA from binding to the A site prematurely
IF1
249 - During meoisis, a____________ number of cross over events occur in each tetrad
249 - During meoisis, a____________ number of cross over events occur in each tetrad
limited
250 - During mitosis nuclear membrane disappears in
250 - During mitosis nuclear membrane disappears in
prophase
251 - During mitosis the condensation of chromosomes occurs in
251 - During mitosis the condensation of chromosomes occurs in
prophase
252 - During mitosis the splitting of sister chromatids occurs in
252 - During mitosis the splitting of sister chromatids occurs in
prophase
253 - During mixed infection of mutant phages, the production of wild type phage is called
253 - During mixed infection of mutant phages, the production of wild type phage is called
Complementation
254 - During modification of RNA transcripts in eukaryotes, the__________are spliced
254 - During modification of RNA transcripts in eukaryotes, the__________are spliced
Introns
255 - During posttranslational modification of proteins , trimming in polypeptide chain occur in____________
255 - During posttranslational modification of proteins , trimming in polypeptide chain occur in____________
Insulin
256 - During posttranslational modification of proteins the_______residue isremoved enzymatically in bacteria
256 - During posttranslational modification of proteins the_______residue isremoved enzymatically in bacteria
Formylmethionine
257 - During posttranslational modification of proteins, addition of __________may occur
257 - During posttranslational modification of proteins, addition of __________may occur
Both a and b
258 - During prophase II each dyad is composed of ______pair/pairs of sister chromateds attached with common centromeric region
258 - During prophase II each dyad is composed of ______pair/pairs of sister chromateds attached with common centromeric region
1
259 - During synkaryon, most of the chromosomes of one nucleus are gradually
259 - During synkaryon, most of the chromosomes of one nucleus are gradually
Lost
260 - During termination of translation,___________ behave like RF1; specific for UGA and UAA
260 - During termination of translation,___________ behave like RF1; specific for UGA and UAA
RF2
261 - During termination of translation,___________ catalyses release of the polypeptide chain from tRNA and dissociation of the translocation complex
261 - During termination of translation,___________ catalyses release of the polypeptide chain from tRNA and dissociation of the translocation complex
RF1
262 - During termination of translation,___________ stimulates other releasing factors
262 - During termination of translation,___________ stimulates other releasing factors
RF3
263 - During the first________minutes, no genetic recombination is detected in bacterial conjugation
263 - During the first________minutes, no genetic recombination is detected in bacterial conjugation
8
264 - During_________each daughter cell receive equal amount of cytoplasm
264 - During_________each daughter cell receive equal amount of cytoplasm
Spermatogenesis
265 - During_________each daughter cell receive unequal amount of cytoplasm
265 - During_________each daughter cell receive unequal amount of cytoplasm
Oogenesis
266 - Dystrophin gene contain ________kb
266 - Dystrophin gene contain ________kb
2400
267 - Each chromosome become monad in
267 - Each chromosome become monad in
TelophaseII
268 - Each chromosome contains a constricted region called
268 - Each chromosome contains a constricted region called
Centromere
269 - Each complete turn of the DNA double helix contains__________bases
269 - Each complete turn of the DNA double helix contains__________bases
10
270 - Each complete turn of the DNA double helix is_________angstrom
270 - Each complete turn of the DNA double helix is_________angstrom
34
271 - Each diploid organism contains two copies of each gene as consequence of
271 - Each diploid organism contains two copies of each gene as consequence of
Biparental inheritance
272 - Each micronucleoli of oocyte is equivalent to
272 - Each micronucleoli of oocyte is equivalent to
NOR(Nuclear organizer region)
273 - Each nucleosome consists of about __________base pairs of DNA wraped around eight histone protein molecules
273 - Each nucleosome consists of about __________base pairs of DNA wraped around eight histone protein molecules
200
274 - Each nucleosome measures about_________nm at its longest point
274 - Each nucleosome measures about_________nm at its longest point
11
275 - Each polypeptide has amino group at one end and __________at the other end
275 - Each polypeptide has amino group at one end and __________at the other end
Carboxyl group
276 - Each polytene chromosome is ___________µm long
276 - Each polytene chromosome is ___________µm long
200-600
277 - Each strain of Diplococcus may be one of dozens different types of _________
277 - Each strain of Diplococcus may be one of dozens different types of _________
Serotypes
278 - Each strain of Diplococcus may be one of______different types of serotypes
278 - Each strain of Diplococcus may be one of______different types of serotypes
Dozens
279 - Each synapsed pair of homologs is intially called
279 - Each synapsed pair of homologs is intially called
Bivalent
280 - Each word within mRNA consists of _________ribonucleotide letters
280 - Each word within mRNA consists of _________ribonucleotide letters
3
281 - Edwards is ____________trisomy
281 - Edwards is ____________trisomy
47,18
282 - Electrophoretic separation of nucleic acids is at heart of a variety of other techniques such as
282 - Electrophoretic separation of nucleic acids is at heart of a variety of other techniques such as
Both a and b
283 - Endosymbionts theory was proposed by
283 - Endosymbionts theory was proposed by
Margulis
284 - Enlarge breast and rounded hips are characters of
284 - Enlarge breast and rounded hips are characters of
Klinefelter syndrome
285 - Envieonmental factor/factors which can modify gene expression
285 - Envieonmental factor/factors which can modify gene expression
All of these
286 - Epicanthic fold in each eye is characteristic of
286 - Epicanthic fold in each eye is characteristic of
Down syndrome
287 - Episomes are __________ which can integrate with bacterial chromosome
287 - Episomes are __________ which can integrate with bacterial chromosome
Plasmids
288 - Eukaryotes chromosome contains________replication origin/origins
288 - Eukaryotes chromosome contains________replication origin/origins
Multiple
289 - Evening promose produces ________ flowers when grown at 18áµ’C
289 - Evening promose produces ________ flowers when grown at 18áµ’C
White
290 - Evening promose produces ________ flowers when grown at 23áµ’C
290 - Evening promose produces ________ flowers when grown at 23áµ’C
Red
291 - Example of Robertsonian translocation
291 - Example of Robertsonian translocation
Down syndrome
292 - except for_________,each member of human species exhibits a distinctve set of traits
292 - except for_________,each member of human species exhibits a distinctve set of traits
Identical twins
293 - ExPASy(Expert Protein Analysis System) was hosted by the _______Institute of Bioinformatics
293 - ExPASy(Expert Protein Analysis System) was hosted by the _______Institute of Bioinformatics
Swiss
294 - Exponential growth rate of bacteria
294 - Exponential growth rate of bacteria
log phase
295 - Extranuclear inheretance is also known as
295 - Extranuclear inheretance is also known as
All of these
296 - F- bacteria are
296 - F- bacteria are
Recipient
297 - F factor in bacteria contains about___________genes
297 - F factor in bacteria contains about___________genes
40
298 - F factor consists of a circular, double stranded _______
298 - F factor consists of a circular, double stranded _______
DNA
299 - F factor in bacteria contains about___________nucleotide pairs
299 - F factor in bacteria contains about___________nucleotide pairs
100000
300 - F factor is about_________ of the bacterial chromosome
300 - F factor is about_________ of the bacterial chromosome
2
301 - F+ bacteria are
301 - F+ bacteria are
Donor
302 - Fertility factor(F factor) is found in_____________bacteria
302 - Fertility factor(F factor) is found in_____________bacteria
F+
303 - Fewer than______percent of the progeny of parents heterozygous for a reciprocal translocation survive
303 - Fewer than______percent of the progeny of parents heterozygous for a reciprocal translocation survive
50
304 - First x-chromosome was identified in the somatic cells of female butterfly Protenor by
304 - First x-chromosome was identified in the somatic cells of female butterfly Protenor by
Edmund B.Wilson
305 - For gene mapping, crossing over is necessary in Eukaryotes and ____________in Bacteria
305 - For gene mapping, crossing over is necessary in Eukaryotes and ____________in Bacteria
All of these
306 - For successful cross, the genotype of the organism must be_________at all loci
306 - For successful cross, the genotype of the organism must be_________at all loci
Heterozygous
307 - For the insertion of gene of interest into carrier DNA molecules called
307 - For the insertion of gene of interest into carrier DNA molecules called
Vector
308 - Found in connective tissues
308 - Found in connective tissues
Collagen
309 - Found in hair of orhanisms
309 - Found in hair of orhanisms
Keratin
310 - GC rich hairpin secondary structure is immediately followed by a string of ________residues
310 - GC rich hairpin secondary structure is immediately followed by a string of ________residues
Uracil
311 - GC rich Hairpin secondary structure is stable with _______rich nucleotides
311 - GC rich Hairpin secondary structure is stable with _______rich nucleotides
GC
312 - GenBank contains more than_______billon base pairs of sequence data
312 - GenBank contains more than_______billon base pairs of sequence data
220
313 - Gene activity is correlated ______________of histones
313 - Gene activity is correlated ______________of histones
All of these
314 - Gene redundancy or gene amplification in oocytes is needed to constuct_________
314 - Gene redundancy or gene amplification in oocytes is needed to constuct_________
Ribosome
315 - Genes expression___________with increase in ploidy
315 - Genes expression___________with increase in ploidy
Both a and b
316 - Genes which are present on both X and Y chromosomes are called_______________genes
316 - Genes which are present on both X and Y chromosomes are called_______________genes
Pseudoautosomal
317 - Genetic code is
317 - Genetic code is
All of these
318 - Genetic markers are___________portions of specific chromosome
318 - Genetic markers are___________portions of specific chromosome
identifiable
319 - Genetics problems are solved by
319 - Genetics problems are solved by
Punnett square
320 - Giant lampbrush chromosomes are _____________ chromosomes
320 - Giant lampbrush chromosomes are _____________ chromosomes
Meiotic
321 - Giant lampbrush chromosomes are often extended to lengths of __________µm
321 - Giant lampbrush chromosomes are often extended to lengths of __________µm
500-800
322 - Giant lampbrush chromosomes were first observed by
322 - Giant lampbrush chromosomes were first observed by
Flemming
323 - Giant polytene chromosomes are found in various tissue/tissues such as_______________in the larvae of some flies
323 - Giant polytene chromosomes are found in various tissue/tissues such as_______________in the larvae of some flies
All of these
324 - Giant polytene chromosomes are found in various tissues of in the
324 - Giant polytene chromosomes are found in various tissues of in the
All of these
325 - Giant polytene chromosomes were observed by
325 - Giant polytene chromosomes were observed by
Balbiani
326 - Giant size chromosomes
326 - Giant size chromosomes
Both a and b
327 - Gonadal ridges arises by the _________week of gestation in human
327 - Gonadal ridges arises by the _________week of gestation in human
5
328 - G-rich single stranded tails are capable of interacting with upstream sequences within the tail, creating a loop called
328 - G-rich single stranded tails are capable of interacting with upstream sequences within the tail, creating a loop called
t-loop
329 - Group II introns are found in
329 - Group II introns are found in
All of these
330 - GU dinucleotide sequence of snRNAs also called as
330 - GU dinucleotide sequence of snRNAs also called as
Splice donor
331 - Guanine forms_______hydrogen bond with cytosine
331 - Guanine forms_______hydrogen bond with cytosine
3
332 - H substance is present in blood group
332 - H substance is present in blood group
All of these
333 - H1 histone proteins are _____________rich
333 - H1 histone proteins are _____________rich
Lysine
334 - H2A histone proteins are _____________rich
334 - H2A histone proteins are _____________rich
Slightly Lysine
335 - H2B histone proteins are _____________rich
335 - H2B histone proteins are _____________rich
Slightly Lysine
336 - H3 histone proteins are _____________rich
336 - H3 histone proteins are _____________rich
Arginine
337 - H4 histone proteins are _____________rich
337 - H4 histone proteins are _____________rich
Arginine
338 - Hairpin secondary structure is formed at the __________of transcription
338 - Hairpin secondary structure is formed at the __________of transcription
End
339 - Har Gobind Khorana used______________to synthesize artificial RNA
339 - Har Gobind Khorana used______________to synthesize artificial RNA
RNA copolymers
340 - Hemophilia A and B in human are ________traits
340 - Hemophilia A and B in human are ________traits
X-linked
341 - Hemophilia A gene is located on________chromosome
341 - Hemophilia A gene is located on________chromosome
X
342 - Hershey and Chase to prove that DNA is heridity material worked with
342 - Hershey and Chase to prove that DNA is heridity material worked with
Viruses
343 - Hershey and Chase used___________to prove that DNA is heredity material
343 - Hershey and Chase used___________to prove that DNA is heredity material
Bacteriophage
344 - Heterochromosome in sperm of gross hopper was identified by
344 - Heterochromosome in sperm of gross hopper was identified by
McClung
345 - High temperature in ___________ZZ (Pogona vitticeps) can cause sex reversal
345 - High temperature in ___________ZZ (Pogona vitticeps) can cause sex reversal
Male
346 - Highly repetitive and moderately repetitive DNA of human genome comprise about___________percent
346 - Highly repetitive and moderately repetitive DNA of human genome comprise about___________percent
50
347 - Histones contain positively charged amino acid/acids
347 - Histones contain positively charged amino acid/acids
Both a and b
348 - Historically, the term amber was used to distinguish mutations producing termination codons
348 - Historically, the term amber was used to distinguish mutations producing termination codons
UAG
349 - Historically, the term ochre was used to distinguish mutations producing termination codons
349 - Historically, the term ochre was used to distinguish mutations producing termination codons
UAA
350 - Historically, the term opal was used to distinguish mutations producing termination codons
350 - Historically, the term opal was used to distinguish mutations producing termination codons
UGA
351 - Homozygous recessive yellow coat colored mice die_________
351 - Homozygous recessive yellow coat colored mice die_________
Before birth
352 - Horizontal gene tranfer is applied between the member of _____________ species
352 - Horizontal gene tranfer is applied between the member of _____________ species
Both a and b
353 - Horn formation in certain breeds of sheep is_______________trait
353 - Horn formation in certain breeds of sheep is_______________trait
Sex influenced inheretance
354 - Host range(h)strain of viruses were discovered by
354 - Host range(h)strain of viruses were discovered by
Salvador Luria
355 - How many types of mapping are commonly used
355 - How many types of mapping are commonly used
2
356 - How much Barr body will arise in 47, XXX females
356 - How much Barr body will arise in 47, XXX females
2
357 - How much Barr body will arise in 48, XXXX females
357 - How much Barr body will arise in 48, XXXX females
3
358 - How much Barr body will arise in Klinefelter 47, XXY
358 - How much Barr body will arise in Klinefelter 47, XXY
1
359 - How much Barr body will arise in Turner 45, X females
359 - How much Barr body will arise in Turner 45, X females
0
360 - Human mitochondria contain only_________tRNA species
360 - Human mitochondria contain only_________tRNA species
22
361 - Human mtDNA has_______ essential genes
361 - Human mtDNA has_______ essential genes
37
362 - Human sex chromosomes were identified by
362 - Human sex chromosomes were identified by
Joe Hin Tjio
363 - Human sex chromosomes were identified by Joe Hin Tjio in____________
363 - Human sex chromosomes were identified by Joe Hin Tjio in____________
1956
364 - Human traits are studies through
364 - Human traits are studies through
Pedigree
365 - Hyperchromic shift in DNA is Characterized by
365 - Hyperchromic shift in DNA is Characterized by
All of these
366 - ÃŽ²-globin chain of hemoglobin contains_______ amino acids
366 - ÃŽ²-globin chain of hemoglobin contains_______ amino acids
146
367 - Identification of gene locus and distance between genes is called
367 - Identification of gene locus and distance between genes is called
Gene linkage
368 - If differentially staining pattern is produced along mitotic chromosomes is called
368 - If differentially staining pattern is produced along mitotic chromosomes is called
G-banding
369 - If 13 percent of flies within mutant genotype show the wild type appearance, the penetrance of mutant genotype will be
369 - If 13 percent of flies within mutant genotype show the wild type appearance, the penetrance of mutant genotype will be
87
370 - If a genome has multiple copies of different set of chromosomes
370 - If a genome has multiple copies of different set of chromosomes
Allopolyploidy
371 - If a genome has multiple copies of same set of chromosomes
371 - If a genome has multiple copies of same set of chromosomes
Autopolyploidy
372 - If A represent haploid set of chromosome, AAAAAA will be
372 - If A represent haploid set of chromosome, AAAAAA will be
Hexaploid
373 - If centromere is located at the end of chromosome______is called
373 - If centromere is located at the end of chromosome______is called
Telocentric
374 - If centromere is located close to end of chromosome______is called
374 - If centromere is located close to end of chromosome______is called
Acrocentric
375 - If centromere is located in the middle of chromosome______is called
375 - If centromere is located in the middle of chromosome______is called
Metacentric
376 - If centromere is located near the middle of chromosome______is called
376 - If centromere is located near the middle of chromosome______is called
Submetacentric
377 - If DNA is subjected to heat
377 - If DNA is subjected to heat
All of these
378 - If fewer DCOs than expected occur, interference will be
378 - If fewer DCOs than expected occur, interference will be
Possitive
379 - If more DCOs than expected occur, interference will be
379 - If more DCOs than expected occur, interference will be
Negative
380 - If only centromeric regions of mitotic chromosomes took up the stain is called
380 - If only centromeric regions of mitotic chromosomes took up the stain is called
C-banding
381 - If only one member of a homologous pair of chromosomes has an inverted segment
381 - If only one member of a homologous pair of chromosomes has an inverted segment
Inversion heterozygote
382 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is petite type and wild type, the petite is__________
382 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is petite type and wild type, the petite is__________
Segregational petite
383 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is petite type, the petite is__________
383 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is petite type, the petite is__________
Suppressive petite
384 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is wild type, the petite is__________
384 - If petite mutant is crossed with wild type Sacharomyces cervisiae and progeny is wild type, the petite is__________
Neutral petite
385 - If the centromere is a part of inverted segment
385 - If the centromere is a part of inverted segment
Pericentric inversion
386 - If the centromere is not a part of inverted segment
386 - If the centromere is not a part of inverted segment
Paracentric inversion
387 - If the coefficient of coincidence is 0.804 what wil be the interference
387 - If the coefficient of coincidence is 0.804 what wil be the interference
0.196
388 - If the dilution factor is to low, the plaques will be
388 - If the dilution factor is to low, the plaques will be
Plentiful
389 - If the eggs of male ZZ (Pogona vitticeps), when incubated in elevated temperature, these egg will produce
389 - If the eggs of male ZZ (Pogona vitticeps), when incubated in elevated temperature, these egg will produce
Female
390 - If there is no Guanine base in DNA double helix, the helix will forms
390 - If there is no Guanine base in DNA double helix, the helix will forms
Both a and b
391 - If X chromosome and autosome ratio is equal to 0.5, the sex of fruit fly will be
391 - If X chromosome and autosome ratio is equal to 0.5, the sex of fruit fly will be
Male
392 - If X chromosome and autosome ratio is equal to one, the sex of fruit fly will be
392 - If X chromosome and autosome ratio is equal to one, the sex of fruit fly will be
Female
393 - IIIS type of Diplococcus pneumoniae have characyeristic/s
393 - IIIS type of Diplococcus pneumoniae have characyeristic/s
All of these
394 - IIR type of Diplococcus pneumoniae have characyeristic/s
394 - IIR type of Diplococcus pneumoniae have characyeristic/s
All of these
395 - In _________, the affected individuals have female external genitalia and internal ducts but have rudimentary ovaries
395 - In _________, the affected individuals have female external genitalia and internal ducts but have rudimentary ovaries
Turner syndrome
396 - In __________nuclear membrane reformed
396 - In __________nuclear membrane reformed
Telophase1
397 - In 1927_______worked on virulent and avirulent strains of Diplococcus pneumoniae
397 - In 1927_______worked on virulent and avirulent strains of Diplococcus pneumoniae
Griffith
398 - In 1950, Cavalli-Sforza mutated E.coli K12 with nitrogen mustard into
398 - In 1950, Cavalli-Sforza mutated E.coli K12 with nitrogen mustard into
Hfr
399 - In 1965, inosinic acid (I) was discovered by
399 - In 1965, inosinic acid (I) was discovered by
Robert Holley
400 - In 1978,_________ reported the presence of telomere
400 - In 1978,_________ reported the presence of telomere
Blackman
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