| Dept | Practical / Demonstration | UG Batch | ||
| Biotec | a. Preparation of Mol Bio Stock & Working solutionsb. Isolation & characterization of DNA from different sources | B.Sc.BTIII | ||
| c. Separation of PBMCs | B.Sc.BTII | |||
| d. Diagnostic ELISA assay;e. DID assay | BT I Sem; II;III Y | |||
f. Biochemical tests useful in bacterial taxonomyg. Estimation of amylase activity
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B.Sc.BTII | |||
| Bot | i. Micro propagation;j. Rooting & Shooting of explants;
k. Acclimatization of plantlets l. Potato osmometer m. moisture content of leaves m. rate of respiration of various plant parts |
B.Sc. BTIII; Med III | ||
| Che | n. Preparation of Benzilic acid from benzil by micro oveno. Spectral data analysis of aspirin, Caffeine, Salicyclic acid, Methyl orange, para nitro acetanilide | B.Sc. BTIII; B.Sc. Med III | ||
| Phy | p. Spectrometric analysisq. Angle of rotation by polarimeter | B.Sc. BT II, III; B.Sc. Med III | ||
| Zoo | r. Diagnostic ELISA assay; s. DID assay | B.Sc. BTII; Med III | ||
| Biotec | a. Preparation of Mol Bio Stock & Working solutions; b. Isolation &characterization of DNA from human blood. c. Qualitative & quantitative analysis of DNA; d. AFB microscopy; e. Culturing of M. tuberculosis; f. M.tb DNA isolation; g. PCR assays; h. AGE; i. RE digestion | B.Sc.BTIII | ||
| j. Diagnostic ELISA assay; k. DID assay; l. Haemagglutination assay; m.Separation of PBMCs & viability test; n. Plate adhesion assay;
o. Reverse blood group typing; q. Biochemical tests useful in bacterial taxonomy; s. Estimation of amylase activity |
B.Sc.BTIII Sem | |||
| t. Effect of temperature &pH on growth of given microbe | B.Sc.BTI Sem | |||
| u. RID; v. Antibiotic sensitivity; w. MIC | B.Sc. BT IV sem | |||
| x. Water quality testing | B.Sc.BT II Sem | |||
| Bot | a.Micro propagation; b. Rooting & Shooting of explants; c. Acclimatization of plantlets d. Seed culture | B.Sc. BTIII; Med III; B..Sc. Med Sem V | ||
| e. Floral study (Luffa, Rose, Sunflower, Ageratum, Sonchus, Poppy); f. Study plant movements | B.Sc. Med III Sem | |||
| g. Making Herbarium; h. Project on available flowering plants in campus and their mode of pollination | B. Sc. Med IV sem | |||
| Che | a. Preparation of Benzilic acid from benziyl; b. Spectral data analysis of aspirin,Caffeine, Salicyclic acid, Methyl orange, para nitro acetanilide | B.Sc. BTIII; B.Sc. Med III | ||
| c. Chromatographic separation of leaf pigments and dyes; d. Caffeine extraction; e.Photoreduction of Benzoquinone | B.Sc. (Med/ NM/ BT) III | |||
| Phy | a. Demo of GM counter; b. Angle of rotation by polarimeter | B.Sc. BT II, IV sems | ||
| c. Demo of Scintillation counter; d. Demo of Hydrogen spectrum | B.Sc. NM III; IV sem | |||
| e. Demo of the change in magnetization intensity for different magnetic materials and to trace the area under the B-H curve | B.Sc. NM III | |||
| Zoo | a. Diagnostic ELISA assay | B.Sc. Med IV sem | ||
| b. DNA extraction | B.Sc. Med I sem | |||
| c. AGE | B.Sc IV sem BT voc | |||
| Biotec | a. PCR assay b. Validation of PCR assay by RE digestion c. Elution of DNA from Agarose gel d. Primer designing; e. Extraction of human genomic DNA form peripheral blood employing organic vs inorganic method; f. Protein extraction & quantification from pulses | B.Sc.BTVI Sem | ||
| g. RID; h. Comparative performance of plant DNA extraction protocols employing ammonium acetate vs CI as deproteinization agents; i. Acid phosphatase isolation & quantification from Mungbean; j. Isolation of starch hydrolysing amylase producing bacterial cultures; k. Antibiotic senstivity; l. MIC | B.Sc.BTIV Sem | |||
| m. Water quality testing | B.Sc.BT II Sem | |||
| n. Reverse blood group typing; o. Staining of blood smear by Giemsa stain; p. Isolation of WBCs; q. Plate adhesion assay | B.Sc. BT Sem III | |||
| Bot | a. Meristem culture | B.Sc. BTIII; Med III; B..Sc. Med Sem V | ||
| b. Floral study (Petunia & Rice) | B.Sc. Med III Sem | |||
| c. collection of variety of dicot and monocot leaves from college campus and study the leaf characteristics | B. Sc. Med IV sem | |||
| d. Floral study of Rose,Nerium, Thevetia | B.Sc. BT Sem I | |||
| e. collection of economically important dried parts of plants. | B.Sc. Med Sem VI | |||
| Phy | To demonstrate the effect of adiabatic expansion and compression of gas in system. | B.Sc. NM II | ||
| To realize practical the value of “stopping potential” for the different coloured lights by using filters which is helpful for the calculation of Plank’s constant. | ||||
| To study the “optical activity” of the solution and its dependence on different concentrations of solution. | B.Sc. NM IV | |||
| To demonstrate that how magnetization intensity is going to change with applied magnetic field for soft and hard magnetic materials. | ||||
| To demonstrate Scintillation counter and explain how photomultiplier tube (PMT) works. | B.Sc. NM VI | |||
| Use of spectrometer to study the light from the object into a spectrum, a rainbow of colours by placing prism or diffraction grating in front of source. | ||||