Category: Peptides Research
Research articles and educational content on peptides and longevity compounds, authored and reviewed by Dr. James, a board-certified neurosurgeon trained at Yale University, and Dr. Tom, a licensed pharmacist. All content is for research and educational purposes only.
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Bioavailability Factors That Shape Peptide Research Design
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Bioavailability Factors That Shape Peptide Research Design focuses on experimental structure, controls, and interpretation. Design Before Pipettes Bioavailability Factors That Shape Peptide Research Design starts with a clear question, predefined endpoint, and control plan. Peptides…
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Pharmacokinetics Concepts in Preclinical Peptide Studies
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Pharmacokinetics Concepts in Preclinical Peptide Studies focuses on experimental structure, controls, and interpretation. Design Before Pipettes Pharmacokinetics Concepts in Preclinical Peptide Studies starts with a clear question, predefined endpoint, and control plan. Peptides are easy…
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Ex Vivo Tissue Explants in Peptide Pharmacology Research
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Ex Vivo Tissue Explants in Peptide Pharmacology Research focuses on experimental structure, controls, and interpretation. Design Before Pipettes Ex Vivo Tissue Explants in Peptide Pharmacology Research starts with a clear question, predefined endpoint, and control…
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Organoid Models: A Middle Ground for Peptide Pathway Studies
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Organoid Models focuses on experimental structure, controls, and interpretation. Design Before Pipettes Organoid Models starts with a clear question, predefined endpoint, and control plan. Peptides are easy to add and hard to interpret in underpowered…
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Primary Cells vs Immortalized Lines for Peptide Experiments
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Primary Cells vs Immortalized Lines for Peptide Experiments focuses on experimental structure, controls, and interpretation. Design Before Pipettes Primary Cells vs Immortalized Lines for Peptide Experiments starts with a clear question, predefined endpoint, and control…
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Cell-Based Reporter Assays in Peptide Receptor Research
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Cell-Based Reporter Assays in Peptide Receptor Research focuses on experimental structure, controls, and interpretation. Design Before Pipettes Cell-Based Reporter Assays in Peptide Receptor Research starts with a clear question, predefined endpoint, and control plan. Peptides…
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Competitive Binding Assays: Measuring Peptide-Receptor Affinity
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Competitive Binding Assays focuses on experimental structure, controls, and interpretation. Design Before Pipettes Competitive Binding Assays starts with a clear question, predefined endpoint, and control plan. Peptides are easy to add and hard to interpret…
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Structure-Activity Relationship Studies in Peptide Research Design
Written by: Dr. James Nguyen, MD (Neurosurgeon) Good peptide science depends on design as much as molecules. This post on Structure-Activity Relationship Studies in Peptide Research Design focuses on experimental structure, controls, and interpretation. Design Before Pipettes Structure-Activity Relationship Studies in Peptide Research Design starts with a clear question, predefined endpoint, and control plan. Peptides…
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Peptide Libraries and Screening: From Pools to Hits in Research
Written by: Dr. James Nguyen, MD (Neurosurgeon) Peptide Libraries and Screening is a practical lab topic that often decides whether peptide experiments reproduce. This explainer covers research-bench ideas only—not human-use guidance. Why This Matters at the Bench Small handling differences compound quickly with peptides: adsorption, oxidation, moisture uptake, and concentration errors can look like biological…
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Fluorescent Peptide Tags: Tools for Imaging and Binding Assays
Written by: Dr. Tom Do, PharmD Fluorescent Peptide Tags is a practical lab topic that often decides whether peptide experiments reproduce. This explainer covers research-bench ideas only—not human-use guidance. Why This Matters at the Bench Small handling differences compound quickly with peptides: adsorption, oxidation, moisture uptake, and concentration errors can look like biological effects. Standardizing…
