| 1. | the genus of fungus, the members of which help symbiont plants get phosphorus |
| 2. | the genus of fungus, the members of which help symbiont plants get nitrogen |
| 3. | the genus of plants, the members of which are symbionts of mycorrhizae |
| 4. | the genus of fungus, the members of which help processing of certain varieties of cheese |
| 1. | Propionibacterium shermanii |
| 2. | Aspergillus niger |
| 3. | Xanthomonas citri |
| 4. | Colletotrichum falcatum |
| 1. | Cyclosporin A | Immuno-suppressant from Trichoderma polysporum |
| 2. | Statins | Blood cholesterol lowering agents from Monascus purpureus |
| 3. | Streptokinase | Clot buster from Staphylococcus aureus |
| 4. | Penicillium notatum | Source of antibiotic discovered by Fleming |
| List - I | List II | ||
| A. | Streptococcus | I. | Diffusion |
| B. | Thiobacillus | II. | Nitrogen fixation |
| C. | Porins | III. | Denitrification |
| D. | Beijernickia | IV. | "Clot buster" |
| Statement I: | Sewage discharge in a flowing river causes an increase in biochemical oxygen demand (BOD) due to the biodegradation of organic matter by microbes. This leads to the mortality of fish and other aquatic creatures |
| Statement II: | Sewage discharge in a flowing river causes a sharp decline in dissolved oxygen (DO) downstream from point of discharge due to increased consumption of DO by microbes. This leads to the mortality of fish and other aquatic creatures |