Natural & Applied Sciences

Natural & Applied Sciences Research Papers/Topics

GNS 311: STUDY QUESTIONS AND ANSWERS ON HISTORY AND PHILOSOPHY OF SCIENCE

1. A disease is (a) medical condition (b) pathogenic forms (c) alteration in the host function (d)microbial incidence 2. micro-organisms can only be observed with the aid of (a)electroscope (b)telescope (c) microscope (d) horoscope 3. All of the following are not true of pathogens except (a) are only bacteria (b) live exclusively within the body (c) are detrimental to their host (d) all of the above 4. host specificity means (a) microflora (b) different hosts have different range of micro-...

Parasitology past questions - ZLY 312

ZLY 312 (Principles of Parasitology) PAST QUESTION

Microbial Physiology past question - MCB 312

Microbial Physiology past question MCB 312

Bacteriology past question - MCB 315

1. With the advent of the use of Molecular techniques in classification, what are bacteria? 2. Mycoplasmas are unique bacteria. Discuss

MCB 317 PAST QUESTIONS

1. (a) Highlight three major physiological evidence of the existence of control mechanisms for the regulation of biosynthesis    (b) Briefly discuss the control mechanism of ribosome synthesis

MCB 315: Growth and environmental factors Bacteria

THE COMMON NUTRIENT REQUIREMENTS GROWTH FACTORS NUTRITIONAL TYPES OF MICROORGANISMS Physical Factors that influence Microbial Growth Effects of pH Osmotic Pressure

MCB 315: Growth and Multiplication of Bacteria

Growth and Multiplication of Bacteria Generation Time Bacterial Growth Curve

MCB 315: GRAM STAINING

Introduction Principle Requirements Procedure Expected Results and Interpretation Precautions

MCB 315 The Chlamydial Life Cycle

The Chlamydial Life Cycle. A schematic representation of the infectious cycle of chlamydiae.

MCB 315 PAST QUESTION Bacteriology

1. With the advent of the use of Molecular techniques in classification, what are bacteria? 2. Mycoplasmas are unique bacteria. Discuss

MCB 315 Practical

General Introduction-Environmental Influences on Microbial Growth BACTERIAL GROWTH CYCLE BY VIABLE COUNTS OR PLATE COUNTS TECHNIQUE Introduction Principle Requirements  Procedure BACTERIAL GROWTH CYCLE BY MEASURING TURBIDITY (GROWTH CURVE) Introduction Principle  Requirements Procedure EXPECTED RESULTS AND INTERPRETATION

MCB 315: Bacterial Cell Structure

A Concept Map for Studying Bacterial and Archaeal Cell Structure Bacterial Cell Structure

STA 201 Module 2

Introduction Organizing Data Categorical Frequency Distributions Ungrouped Frequency Distributions Grouped Frequency Distributions


271 - 285 Of 628 Results