Match the following columns:
Column-$I$ Column-$II$ $1$. $Propionibacterium$ $shermanii$ $A$. Production of ethanol from fruit juice $2$. $Saccharomyces$ $cerevisiae$ $B$. Citric Acid $3$. $Aspergillus$ $niger$ $C$. 'Swiss Cheese' $4$. $Trichoderma$ $polysporum$ $D$. Immunosuppressive agent
| Column-$I$ | Column-$II$ |
| $1$. $Propionibacterium$ $shermanii$ | $A$. Production of ethanol from fruit juice |
| $2$. $Saccharomyces$ $cerevisiae$ | $B$. Citric Acid |
| $3$. $Aspergillus$ $niger$ | $C$. 'Swiss Cheese' |
| $4$. $Trichoderma$ $polysporum$ | $D$. Immunosuppressive agent |
- A$(1-C), (2-B), (3-A), (4-D)$
- B$(1-A), (2-D), (3-C), (4-B)$
- C$(1-A), (2-B), (3-C), (4-D)$
- D$(1-C), (2-A), (3-B), (4-D)$
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Similar Questions
Who conducted the first study identifying $Bombykol$ as a pheromone?
Easy
View SolutionSelect the correct match for $X$ and $Y$:
Column $X$ Column $Y$ $(1)$ $LAB$ $(P)$ Quantum $(2)$ $Propionibacterium$ $shermanii$ $(Q)$ Free-living $N_2$-fixer $(3)$ $Acetobacter$ $aceti$ $(R)$ Lactic acid production $(4)$ $Clostridium$ $butyricum$ $(S)$ Swiss cheese $(5)$ $Pseudomonas$ $(T)$ Biogas $(6)$ $Azospirillum$ $(U)$ Acetic acid $(V)$ Butyric acid
| Column $X$ | Column $Y$ |
| $(1)$ $LAB$ | $(P)$ Quantum |
| $(2)$ $Propionibacterium$ $shermanii$ | $(Q)$ Free-living $N_2$-fixer |
| $(3)$ $Acetobacter$ $aceti$ | $(R)$ Lactic acid production |
| $(4)$ $Clostridium$ $butyricum$ | $(S)$ Swiss cheese |
| $(5)$ $Pseudomonas$ | $(T)$ Biogas |
| $(6)$ $Azospirillum$ | $(U)$ Acetic acid |
| $(V)$ Butyric acid |
Medium
View SolutionMatch the following columns:
Column $I$ Column $II$ $1.$ Production of methane $a.$ Steroid $2.$ Carbamycin $b.$ Amino acid $3.$ Streptokinase $c.$ Alternative source of energy $4.$ $L-Lysine$ $d.$ Clot buster $5.$ Cyclosporin-$A$ $e.$ Antibiotics $6.$ Hydroxy progesterone $f.$ Immunosuppressive agent
| Column $I$ | Column $II$ |
| $1.$ Production of methane | $a.$ Steroid |
| $2.$ Carbamycin | $b.$ Amino acid |
| $3.$ Streptokinase | $c.$ Alternative source of energy |
| $4.$ $L-Lysine$ | $d.$ Clot buster |
| $5.$ Cyclosporin-$A$ | $e.$ Antibiotics |
| $6.$ Hydroxy progesterone | $f.$ Immunosuppressive agent |
Medium
View SolutionMatch the following columns:
Column-$I$ Column-$II$ $1.$ Silage $a.$ Measure of water pollution level. $2.$ Flocs $b.$ Cattle feed. $3.$ Biogas $c.$ Bacteria associated with fungal filaments in water. $4.$ $BOD$ $d.$ Anaerobic metabolism of organic waste.
| Column-$I$ | Column-$II$ |
| $1.$ Silage | $a.$ Measure of water pollution level. |
| $2.$ Flocs | $b.$ Cattle feed. |
| $3.$ Biogas | $c.$ Bacteria associated with fungal filaments in water. |
| $4.$ $BOD$ | $d.$ Anaerobic metabolism of organic waste. |
Medium
View SolutionMatch the following columns:
Column-$I$ Column-$II$ Column-$III$ $I$. $Ashbya$ $gossypii$ $d$. Hydroxy progesterone $p$. Cholesterol lowering agent $II$. $Trichoderma$ $polysporum$ $e$. Statins $q$. Contraceptive pills $III$. $Rhizopus$ $nigricans$ $f$. Riboflavin $r$. Organic acid $IV$. $Monascus$ $purpureus$ $g$. Itaconic acid $s$. Immunosuppressive agent $h$. Cyclosporin-$A$ $t$. Vitamin
| Column-$I$ | Column-$II$ | Column-$III$ |
|---|---|---|
| $I$. $Ashbya$ $gossypii$ | $d$. Hydroxy progesterone | $p$. Cholesterol lowering agent |
| $II$. $Trichoderma$ $polysporum$ | $e$. Statins | $q$. Contraceptive pills |
| $III$. $Rhizopus$ $nigricans$ | $f$. Riboflavin | $r$. Organic acid |
| $IV$. $Monascus$ $purpureus$ | $g$. Itaconic acid | $s$. Immunosuppressive agent |
| $h$. Cyclosporin-$A$ | $t$. Vitamin |
Medium
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