Kuvempu University Phd Entrance Exam Syllabus

Hello sir, I want syllabus of PHd entrance exam from Kuvempu University. Please give me if any one has Kuvempu University Phd Entrance Exam Syllabus?

[shikha]

Duration of entrance test: 75 minutes.
Maximum Marks : 100

Nature of questions: Objective type and multiple choice questions

Syllabus for entrance test: Research Methodology and cognate subjects of the P.G Department

Number of Questions: 50 questions, each carrying 2 marks.

Eligibility:

Candidates must have obtained a Post-Graduate Degree from any University in the State or from any other University established by law and recognised by U.G.C. as equivalent thereto securing not less than 55% marks in the aggregate at the Post-Graduate Degree Course as a whole shall be eligible to register for the Ph.D. Degree Programme.

Kuvempu University Phd Entrance Exam Syllabus Zoology







Kuvempu University Phd Entrance Exam Syllabus Zoology:

Ph.D. Entrance Examination Syllabus 2014-15

Unit 1: RESEARCH METHODOLOGY, BIOSTATISTICS AND INSTRUMENTATION
Research methodology: Need and importance, characteristics, Review of literature: Sources (Journals, abstracts, and indices), Research problem – Sources, criteria and selection of research problem, statement of problem, research blue print- its com nents, Presentation of research work: Format, characteristics of research report data analysis structure and organization of scientific papers, dissertation and thesis, Reference writing, methods of citation of journal, articles, books, proceedings, Research methods: Descriptive – surveys, correlation and comparative studies, case studies, development studies- nature and use, steps and interpretation, Experimental – Need and significance, nature, validity- Internal and external, Role of control designs – single groups and rotation groups.

Biostatistics: Statistical terms, notations and classification of data, Population sample, variable, presentation of data, geographical, chronological, qualitative, quantitative, continuous, discrete, overlapping and non-overlapping frequency tables, Sampling methods- Selection of sample, qualitative and quantitative samples, random sample and non-random sampling, Frequency distribution- Class interval, relative frequency, percentage frequency, cumulative frequency, types of frequency distribution, Central tendency- Arthematic mean, geometric mean, median, mode, relation between mean, median and mode. Measures of Dispersion- range, mean deviation, standard deviation, coefficient of variability, standard error, degrees of freedom, confidence limit, Graphic representation of biometric data, Tests of Significance: t- test, z-test, chi square test, Correlation: types of correlation, correlation and reserves, methods of studying correlation, coefficient of determination, significance test for ‘r’, coefficient of nondetermination, coefficient of alienation, partial correlation, multiple correlation, Analysis of Variance, Regression analysis: regression line, regression equation, procedure of regression test, partial, curvi linear and multiple regression.

Instrumentation: Microscopy (Light microscopy, Phase contrast, fluorescence, Confocal, electron microscopy (transmission and scanning), Analytical instruments: Colorimeter, Spectrophotometer, atomic absorption spectroscopy, flame photometer, ESR & NMR Spectrophotometers, UV Spectrophotometer, flow cytofluorimetry, Ultra centrifuge,

Densitometer, HPLC and GC, Cryotechniques: cryopreservation for cell, tissues and organisms, Cryotechniques for microscopy, Separation techniques: Chromatography, Electrophoresis,
2 centrifugation, Cell separation by flow cytometry, density gradient centrifugation,

Autoradiography & ELISA, Microtomy technique: Freezing, drying embedding, sectioning. Molecular cytogenetic techniques: FISH, GISH, automated karyotyping, chromosome painting, RFLP, chromosome walking, DNA finger printing, DNA sequencing, PCR, Blotting techniques: Southern, Northern, Western.