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INHERITANCE of asex linked inborn error of metabolism like phenylketonuria
inheritance ofa CONDITION like phenyl-ketonuria as an autosomal recessive trait
The PEDIGREE chart is wrong as this is not possible
Inheritance of a recessive SEX linked DISEASE like haemophilia

ONE
TWO
THREE
FOUR

`{:("MAXIMUM diversity",,"MINIMUM diversity"),("POPULATION B",,"Population C"):}`
`{:("Maximum diversity",,"Minimum diversity"),("Population A",,"Population C"):}`
`{:("Maximum diversity",,"Minimum diversity"),("Population A",,"Population B"):}`
`{:("Maximum diversity",,"Minimum diversity"),("Population B",,"Population A"):}`

(1) P `to` Menstrual, Q `to` Graafian follicle, R `to` Estrogen, S `to` Menarche
(2) P `to` luteal, Q `to` CORPUS lutenm, R `to` Progesterone , S `to` menstruation
(3) P `to` OVULATORY, Q `to` Endometrium, R `to` Follicle stimulating hormone, S `to` Menopause
(4) P `to` FOLLICULAR, Q `to` secondary oocyte, R `to` Luteinizing hormone, S `to` Menstruation

The female PARENT is heterozygous
The PARENTS could not have had a normal DAUGHTER for this character
The TRAIT under study could not be colourblindness
The male parent is HOMOZYGOUS dominant

Is the trait SEX linked or AUTOSOMAL ? Why?
Give the genotype of PARENTS shown in generation–I

Is the trait recessive or dominant
Is the trait sex linked or autosomal
Give the GENOTYPE of the parents in generation–I and of their THIRD and FOURTH child in generation–II.

`T t XX T T`
`T t xx t t`
`T t xx T t`
`T T xx t t`

internodesucker tap rootgreen leaf
NODE runnerfibroius advetntius SCALE leaf
spiners RUNNER tap rootgren leaf
nodestolen adventitious roots internode

(i) and (ii)
(ii) and (iii)
(ii) and (iv)
Person can see the bands without staining.

2.`to` PARATHORMONE
6.`to` ISLETS of langerhans
8.`to` ICSH production
3.`to` Thyroxine
5.`to` Adrenaline
1. `to` FSH production 8.`to` Testosterone
4.`to` Immunity
1.`to` Master GLAND
8.`to` ICSH production 6.`to` Thyroxine
5.`to` Adrenaline
7.`to` LH production
8.`to` Testosterone
6.`to` Insulin
4.`to` Thyroxine

`{:((a),(B),(c),),("sphagnum","LYCOPSIDA","Haploid",):}`
`{:((a),(b),(c),),("Funaria","Moss","Haploid",):}`
`{:((a),(b),(c),),("Funaria","Liverwort","Diploid",):}`
`{:((a),(b),(c),),("MARCHANTIA","Moss","Haploid",):}`

AUTOSOMAL recessive
Autosomal dominant
Allosomal dominant
Holandric gene

Two
Three
Four
One

Laminaria : Isogamous : Chlorophyta : STARCH
Volvox : OOGAMOUS : Chlorophyta : Starch
Fucus : Isogamous : Rhodophyta : FLORIDIAN starch
Chara : Oogamous : Rhodophyta : Glycogen

(II) and (III)
(iii) and (IV)
(i) and (iv)
(i) and (ii)

I ,II
II, III
I ,IV
II,IV

false whorl-like inflorescence - many sessible BISEXUAL folowers-leonotis
single flower-like inflorescence, -many STALKED staminate and pistillate folwers- poinsettia
fruit-like inflorescence-many sessile,staminate flowers on TOP,pistillate flowers at base and sterile flowers in between-ficus
fleshy AXIS of inforescence-many stalked, staminate flowers at base , pistillate flowers on top and sterile flowers in between -colocasia.

(III),(i),(II),(IV)
(iii),(i),(iv),(ii)
(iv),(ii),(iii),(i)
(iv),(iii),(i),(ii)

All the openings that ALLOW the flow of deoxygenated blood into right atrium are GUARDED by valves whereas the openings of pulmonary veins have no valves
'AVN' is seen in the LOWER right corner of the right atrium postero inferior region of the inter atrial septum
The semilunar valves of aortic arches are CLOSED during ventricular filling.
Tricuspid and bicuspid valves are inter connected by chordae tendineae

Most strains of Bacilus thuringiensis produceproteins that kill certain insects such as LEPIDOPTERANS, coleopterans and dipterans
Bt toxin proteins do not kill the bacteria themselves because the toxin proteins occur in an inactive from called protoxins
When an insect ingests the inactive Bt toxin, it is converted to an active form of toxin due to alkaline pH of THEGUT which solubilises the protein crystals
all of these

(i) only
(i) and (iv)
(II) and (iii)
(i),(ii),(iii) and (iv)

(i) and (II)
III) and (IV)
(i), (ii) and (iii)
(i), (ii), (iii) and (iv)

(i) and (II)
(i) and (III)
(ii) and (iii)
(i),(ii) and (iii)

I and II are CORRECT but III and IV are incorrect
I, II and IV are correct but III is incorrect
II, III and IV are correct but I is incorrect
I and IV are correct but II and III are incorrect

A, C, D
B, C, D
A, B
A, C

AUXIN is transported from BASE to tip in large quantities
Cellson the dark SIDE expandfarther than thoseon the light side
Apical DOMINACE can beremoved by the decapitation
Tropic movementsin pantsare under thecontrol of gibberellins

I and IV
III and V
II and V
IV and V

AUTOSOMAL dominance
maternal imprinting
paternal imprinting
mitochondrial inheritance

Yersinia pestis
Borrelia sp.
Odium albicans
Haemophilus gallinarum

II,IV and VI
I,III and V
I,IV and VI
II,III and V

EcoRl and DNA Ligase
Hind II and DNA Ligase
EcoRi and HINDII
RESTRICTION ENDONUCLEASE and exonuclease

A greater than B but LESS than C
B greater than C but less than A
C less than B but greater than A
A greater than C but EQUAL to B

'B' and '0' cause a positive change while 'I' and 'E' cause a negative change in 'N'
If a NEW habitat is just being COLONISED, 'B' MAY contribute more significantly to 'N' than 'I'
'N' will INCREASE only when (B+I) is greater than (D+E)
'B' and 'I' are most influential factors under normal conditions while 'D' and 'E' assume importance only under special conditions

'A' is bile duct while 'C' is ILEUM
'B' is bile duct while 'C' is ielum
'D' is CYSTIC duct while 'A' is PANCREATIC duct
'B' is hepatopancreatic duct while 'D' is bile duct

A B C D
1 4 5 3
A B C D
5 2 3 4
A B C D
2 3 5 1
A B C D
3 2 4 1