#1 Microbiology Resource Hub - Page 4 of 56 - Lessons and Courses on Microbiology

RESEARCH PROPOSAL TIPS FOR GRANTS & PROJECTS

What is a research proposal? A research proposal is simply defined as a planned and written statement to seek approval from a supervisor, an institution or an organization to carry out a particular project, especially with the intent of seeking financial assistance for the funding of the anticipated research work. However, students in the undergraduate […]

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Careers in Microbiology, Research & Proposal Tips & Scholarships linksawards, funding, grant application, grants, research grants, research proposal

REAL-TIME PCR COMPONENTS

DrChika

DNA polymerasePCR performance is often related to the thermostable DNA polymerase, so enzyme selection is critical to success. One of the main factors affecting PCR specificity is the fact that Taq DNA polymerase has residual activity at low temperatures. Primers can anneal nonspecifically to DNA during reaction setup, allowing the polymerase to synthesize nonspecific product.

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Molecular Microbiology, Techniques in Microbiology Labdeoxyadenosine triphosphate (dATP), deoxycytidine triphosphate (dCTP), deoxyguanosine triphosphate (dGTP), Deoxynucelotide triphosphates, deoxythymidine triphosphate (dTTP), DNA polymerase, dNTPs, PCR, REAL-TIME PCR COMPONENTS, Reverse transcriptase, Taq DNA polymerase

STEPS INVOLVED IN PERFORMING REAL-TIME PCR

DrChika

Real-time PCR is a variation of the standard PCR technique that is commonly used to quantify DNA or RNA in a sample. Using sequence-specific primers, the number of copies of a particular DNA or RNA sequence can be determined. By measuring the amount of amplified product at each stage during the PCR cycle, quantification is

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Molecular Microbiology, Techniques in Microbiology Labannealing, denaturation, DNA polymerase, extension, PCR, PCR reaction, primers, qRT-PCR, quantitative reverse transcriptase PCR, real time PCR, RT PCR, steps involved in real time PCR

INTRODUCTION TO REAL TIME POLYMERASE CHAIN REACTION (RT PCR)

DrChika

The polymerase chain reaction (PCR) is one of the most powerful technologies in molecular biology. Using PCR, specific sequences within a DNA or complementary DNA (cDNA) template can be copied, or “amplified”, many thousand- to a million-fold using sequence-specific oligonucleotides (or primers), heat-stable DNA polymerase, and thermal cycling. In traditional (endpoint) PCR, detection and quantification

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Biotechnology, Molecular Microbiology, Techniques in Microbiology Labamplification, cDNA, cDNA template, cycle number, gene amplification, PCR, qPCR, REAL TIME POLYMERASE CHAIN REACTION, RT PCR, RT qPCR

OTHER INSTRUMENTS FOUND IN THE MICROBIOLOGY LABORATORY

DrChika

Bijou bottles are used for transporting and storing microbial cultures in the microbiology laboratory. They are basically cylindrical small glass bottles fitted with a screw cap, and bijou bottles are generally used as a culture medium container for microorganisms (inclusive of bacteria and fungi). Test tube racks are commonly used in the microbiology laboratories to

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General MicrobiologyBeaker, Bijou bottles, Conical flask, Conical flasks, McCartney bottle, Plastic pipette, Specimen containers, Swab sticks, Test tube racks

WATER BATH – use, care and maintenance

DrChika

WATER BATH Water bath is a piece of equipment used to maintain culture media at thermostatically-controlled temperatures. They are generally used to keep water at a constant temperature for incubating samples and other reagents in the microbiology laboratory. Culture media or reagents to be maintained at a particular temperature prior to their usage for further

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General MicrobiologyWATER BATH

HOT AIR OVEN – use, care and maintenance

DrChika

HOT AIR OVEN Hot air oven is used for the sterilization of glassware’s (e.g. conical flasks, beakers, stirring rods, glass Petri plates) and other heat-stable materials. The sterilization of materials in the hot air oven is due to dry heat unlike the autoclave that achieves the same purpose but with moist heat. Hot air oven

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General Microbiology

Practical Tips for Resolving Conflict as a Scientist, Research Leader, Scholar

DrChika

Conflict Resolution: Practical Tips for STEM Leaders These tips presented here was adapted from the website: www.hellobio.com In the fast-paced world of science research, a busy lab can sometimes be a stressful place to work, and on occasion these stresses can lead to conflict among colleagues. Limited resources, difficult time constraints and the pressure to produce

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Microbe Labconflict management, research, STEM leaders

Clinical and pharmacological significance of synergism, antagonism and additive effects of drugs or pharmacological compounds

DrChika

The terms synergistic effect (synergism), antagonistic effect (antagonism) and additive effect are all clinical and pharmacological phrases that have clinical applications in drug administration in real life. They are also applied in research particularly in novel drug discovery, drug testing and therapeutic drug applications. Chemical reactions in chemistry happen when two compounds or more react

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Antimicrobial Agents & Antibiotics, Pharmaceutical Microbiologyantagonism, antagonistic effect, drugs, PHARMACODYNAMICS, PHARMACOKINETICS, pharmacological compounds, synergism, synergistic effect

HOW TO DESIGN PRIMERS FOR YOUR PCR EXPERIMENT

DrChika

Primers are short stretches of DNA that target unique sequences of a DNA molecule and help identify a unique part of a genome or a gene to be copied further. They are usually 18 to 25 nucleotides long. Primers can be synthesized and used for your PCR (polymerase chain reaction) and other molecular biology experiment

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Biotechnology, Microbe Lab, Molecular Microbiology, Techniques in Microbiology LabDNA polymerase, HOW TO DESIGN PRIMERS FOR YOUR PCR EXPERIMENT, okazaki fragments, oligonucleotide primers, pcr experiment, PCR primers, primer, primer design, primers