Jyoti Bashyal

Jyoti Bashyal is a Ph.D. student in the Department of Chemistry and Chemical Biology at the University of New Mexico, USA. Her research focuses on understanding the structure-function relationships in glucose transporters (GLUTs) and their implications for diseases such as cancer, diabetes, and metabolic syndromes. By investigating how these proteins work at the molecular level, Jyoti aims to contribute to drug discovery efforts targeting these critical transporters. She is particularly interested in exploring how high-throughput protein expression and crystallization techniques can be applied to better understand carbohydrate-related proteins and their therapeutic potential. Blending her expertise in chemistry, biology, and computational tools, Jyoti is driven by a passion for solving complex scientific challenges. Outside the lab, she is a dedicated science communicator who loves making complex concepts approachable and engaging. Through writing and sharing her knowledge, she hopes to inspire curiosity and excitement about science. Jyoti’s goal is to connect groundbreaking discoveries with real-world impact, encouraging others to see the power and beauty of science in action.

Test Tubes: Types, Use, Disadvantages

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Test Tubes Types, Use, Disadvantages

Chemists frequently utilize test tubes to hold, combine, or heat small amounts of solid or liquid compounds, particularly in qualitative studies and assays. They are easier to clean, have a round bottom and straight sides that reduce mass loss when … Read more

Lewis Structure of SO2

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Lewis structure of SO2

Drawing the Lewis structure of SO2 is critical for understanding its molecular bonding and chemical characteristics. The Lewis structure predicts the molecular shape, polarity, and reactivity. With practice, you will become skilled at drawing Lewis structures and have a deeper … Read more

Lewis Structure of NH3

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Lewis structure of NH3

Ammonia, or NH3, is a colorless, pungent gas made up of one nitrogen and three hydrogen atoms. It is a significant chemical molecule with numerous applications in agriculture, industry, and biology. Lewis structure of NH3 and it’s geometry are essential for understanding … Read more

Lewis Structure of CH4

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Lewis structure of CH4

The Lewis structure of a molecule depicts the arrangement of atoms and valence electrons. The Lewis structure of CH4 is a basic but important as it helps us understand the form and chemical activity of the molecule by highlighting the electron … Read more

Lewis structure of CO2

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Lewis structure of CO2

Lewis structures are important because they make it easy to see how atoms are arranged in molecules and provide insight into how molecules interact. They are helpful in the prediction of a molecule’s polarity, structure, and reactivity as well as … Read more

Percent Yield: Definition, Formula, Calculation

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Percent Yield Definition, Formula, Calculation

The percentage that represents the difference between the theoretical and actual yields is called the percent yield. In chemistry, yield is the amount of product produced by a reaction relative to the amount of reactant consumed; it is typically given … Read more

Lewis Structure of H2O

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Lewis Structure of H2O

The Lewis structure represents the valence electrons of an atom or molecule. The Lewis Structure of H2O molecule reveals that two hydrogen atoms are linked to one oxygen atom. A single covalent link is formed when each hydrogen atom and … Read more

Formal Charge Calculation

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Formal Charge Calculation

Formal charge calculation is significant since it is used to determine the lowest energy configuration among the different potential Lewis structures of a molecule. An atom in a molecule is given a formal charge if all of the electrons in the … Read more