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    Kumar Jeetendra

    Essential Maintenance Tips for Your Compound Microscope

    Nevertheless, maintenance of a compound microscope is critical if its longevity and best performance are to be realized. The following are some of the key maintenance tips: Cover it up: When not in use, always cover your microscope with a dust cover or a cloth so as to avoid dust and debris from settling on

    Using Ion Exchange Chromatography to Purify Proteins

    Proteins can be separated according to their net charge using the potent protein purification method known as ion exchange chromatography (IEC). Ion exchange chromatography can be used to demystify protein purification in the following ways: The Ion Exchange Chromatography Principle: The variations in net charge determine the protein separation of IEC. There are charged groups,

    5 Common Mistakes to Avoid in Chromatography Experiments

    Chromatography experiments are sensitive and complex, and mistakes can lead to inaccurate results or failed analyses. Here are five common mistakes to avoid in chromatography experiments: Poor Sample Preparation: Inadequate sample preparation can lead to poor chromatographic performance and inaccurate results. Common mistakes include insufficient sample dissolution, improper filtration to remove particulates, and incorrect dilution.

    Improving Protein Analysis via Size Exclusion Chromatography

    Size exclusion chromatography (SEC), which is also called gel filtration chromatography, is a powerful technique for separating and analyzing proteins based on size. Here are some ways to improve protein analysis using SEC: Selection of Column: Select an appropriate SEC column based on the size range of proteins you are studying. Different columns have different

    How Gas Liquid Chromatography Revolutionizes Chemical Analysis

    In analytical science, Gas-liquid chromatography (GLC), also referred to as a gas chromatography (GC) is the most commonly applied technique for volatile compound separation and analysis. It operates on the principle of partition chromatography where compounds in a gaseous mobile phase, carrier gas interact with a stationary phase that is coated on the inner wall

    How to Interpret Peak Shapes in a Chromatogram

    The interpretation of peak shapes in a chromatogram is important for understanding separation and analysis of compounds. Here are some main concerns to think through: Peak Width: Peak width can tell us something about the separation effectiveness. Narrow peaks imply good resolution and efficient separation, while broad peaks indicate poor resolution and probable problems related

    Fibromyalgia and Sleep Disorders: What You Need to Know

    Fibromyalgia is a chronic disease that is characterized by general pain in muscles, fatigue, sleep disturbances, problems with memory and mood disorders. It is called as such because it comprises of various symptoms rather than one specific cause. Fibromyalgia and sleep disturbances are tied together; one can affect the other. This discussion will expound this

    Unveiling the Truth Behind Sleep Paralysis Demons

    There are many accounts of sleep paralysis experiences that involve sleep paralysis demons often accompanied by hallucination. However, it is important to note that these “demons” are not real but rather hallucinations and vivid images that can happen during sleep paralysis episodes. This article will delve deeper into the truth about sleep paralysis demons: Hallucinations

    Best Practices for Coding Fibromyalgia in Compliance with ICD-10

    Relevant codes should be used when coding fibromyalgia under the International Classification of Diseases, Tenth Revision (ICD-10). Here are some pointers for ICD-10 fibromyalgia coding: Give the Correct ICD-10 Code: M79.7-Fibrositis: In ICD-10, this is the unique code for fibrositis. When a diagnosis of fibrositis is being recorded, use this code. Document Location and Severity:

    Ways a Centrifuge Machine Can Revolutionize Your Lab Work

    Laboratories depend heavily on centrifuge machines whose benefits and capabilities can revolutionize lab work in fields such as biology, chemistry, physics, medicine among others. The following are some examples of how centrifuge machines make a huge difference in lab work: Separation of Components: Centrifuges separate elements within mixtures on the basis of their density, size

    The Science Behind Centrifuge Machines: How Do They Work?

    Centrifuge machines are based on the principle of centrifugal force which can be described as an outward force experienced by a moving object in a curved path. Among many components necessary for the centrifuge are: rotor, sample containers, and motor. How Centrifuge Machines Work: Rotor: The rotor is an essential part of the centrifuge mostly

    Common Titration Errors to Avoid and How to Correct Them

    Titration is a bare-bones technique used in laboratories to evaluate solution concentration through its reaction with another known concentration termed titrant. However, during the process of titration, there are many errors that may occur which can lead to inaccurate results. Some of the errors are: Error: Failure to calibrate or maintain Equipment Properly: Poorly calibrated