International Medical College & Hospital Health Technology Unit

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International Medical College & Hospital Health Technology Unit International Medical College (Bsc in Health Technology Unit)

19/08/2026

Shorts CBC Parameter Formula

08/07/2026

A blood-drawing robot at a hospital in Hangzhou, China, with a 94.3% success rate!

🩸 Methods of Blood Sample Collection – Complete Guide for DMLT Students & Laboratory Professionals​Correct sample collec...
29/06/2026

🩸 Methods of Blood Sample Collection – Complete Guide for DMLT Students & Laboratory Professionals
​Correct sample collection is the foundation of accurate laboratory diagnosis. A small mistake during collection can lead to incorrect results and affect patient care.
​📚 In this carousel you'll learn:
✔️ Venipuncture
✔️ Capillary Puncture
✔️ Arterial Puncture
✔️ Special Puncture Methods
✔️ Indications
✔️ Equipment Required
✔️ Step-by-Step Procedure
✔️ Precautions & Key Points
​Whether you're a DMLT student, BMLT student, intern, laboratory technician, or preparing for AIIMS, NIB, ESIC, DSSSB, OSSSC, NHM, or other competitive exams, this guide is for you.
​💾 Save this post for revision.
📤 Share it with your classmates.
💬 Comment which topic you want next.
​Learn • Practice • Excel
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12/06/2026

Robot streak blood agar Automatic Inoculation.💁❤️

laboratory items and their uses in medical labs. Perfect for MLT/BMLT students, lab professionals, and healthcare learne...
12/06/2026

laboratory items and their uses in medical labs. Perfect for MLT/BMLT students, lab professionals, and healthcare learners.

Pipetting Technique, Why Small Angle Errors Change Results🧪 One Wrong Position Changes Sample AccuracyPipetting depth an...
09/06/2026

Pipetting Technique, Why Small Angle Errors Change Results

🧪 One Wrong Position Changes Sample Accuracy
Pipetting depth and angle directly affect the volume you aspirate. Even small mistakes lead to unreliable laboratory results.

📌 Correct Technique
1️⃣ Keep the pipette vertical
2️⃣ Immerse tip 1–2 mm below surface
3️⃣ Maintain consistent depth every time

⚠️ Common Pipetting Errors
• Deep immersion aspirates excess liquid
• Tilted pipette lowers precision
• Inconsistent depth affects reproducibility

✅ Good pipetting improves:
• Accurate test results
• Reliable sample volume
• Better laboratory quality control

Save this guide for practicals, internships, and daily bench work.

50 Laboratory Tests Every Healthcare Student Should KnowFrom CBC to autoimmune markers, these laboratory tests help dete...
03/06/2026

50 Laboratory Tests Every Healthcare Student Should Know

From CBC to autoimmune markers, these laboratory tests help detect anemia, infection, diabetes, kidney disease, liver disorders, thyroid problems, sepsis, and more.

Most diagnosis starts in the laboratory.

Key tests covered:
• CBC and differential count
• Liver and kidney function tests
• Cardiac markers like Troponin and CK-MB
• Electrolytes and acid-base markers
• Diabetes and thyroid profile
• Autoimmune and infection markers

This chart helps you:
• Revise faster for exams
• Understand what each test indicates
• Connect laboratory values with disease conditions
• Improve clinical interpretation skills

Save this post for quick revision before practicals, viva, or exams.

🦠 Types of Bacteria Based on Oxygen Requirement 🔬Based on their oxygen requirements, bacteria can be classified into dif...
02/06/2026

🦠 Types of Bacteria Based on Oxygen Requirement 🔬

Based on their oxygen requirements, bacteria can be classified into different groups.

🔹 Obligate Aerobes
These bacteria require oxygen for growth and survival. They obtain energy through aerobic respiration and cannot grow in the absence of oxygen.
Examples: Mycobacterium tuberculosis, Pseudomonas aeruginosa

🔹 Obligate Anaerobes
These bacteria grow only in the absence of oxygen. Oxygen is toxic to them and may even lead to their death.
Examples: Clostridium tetani, Clostridium botulinum

🔹 Facultative Anaerobes
These bacteria can grow in both the presence and absence of oxygen. However, they generally grow better when oxygen is available.
Examples: Escherichia coli (E. coli), Staphylococcus aureus

🔹 Microaerophiles
These bacteria require oxygen for growth, but only at lower concentrations than those present in the atmosphere.
Examples: Helicobacter pylori, Campylobacter jejuni

🔹 Aerotolerant Anaerobes
These bacteria do not utilize oxygen for their metabolism, but they can tolerate its presence and continue to grow.
Examples: Lactobacillus species, Streptococcus pyogenes

Understanding the oxygen requirements of bacteria is important for their identification, cultivation, and diagnosis in microbiology.

CRP vs ESRKnow the DifferenceTwo powerful inflammation markers — but they don't tell the same story.Your doctor ordered ...
02/06/2026

CRP vs ESR
Know the Difference
Two powerful inflammation markers — but they don't tell the same story.

Your doctor ordered CRP — or was it ESR? Most people have no idea why one is chosen over the other. Here's a quick breakdown every healthcare professional (and curious patient) should know 👇

CRP
C-Reactive Protein
Produced by the liver
⚡Rises in 6–8 hours — fast responder
🎯Highly specific for acute inflammation
🛡️Not affected by age, gender or pregnancy
📋Normal: < 6 mg/L
VS

ESR
Erythrocyte Sedimentation Rate
RBC settling speed
🐢Takes 24–48 hours to rise
📊Less specific — broader picture
⚠️Affected by age, gender, anemia, obesity
📋Normal: ♂ 0–15 | ♀ 0–20 mm/hr
5 things to remember
1 CRP is your acute-phase warrior — ideal for detecting bacterial infections, sepsis, and monitoring treatment response.
2 ESR shines in chronic conditions — rheumatoid arthritis, tuberculosis, and autoimmune disorders.
3 CRP normalizes quickly once inflammation resolves — making it a better treatment monitor.
4 ESR can stay elevated for weeks even after recovery — it lags behind clinical improvement.
5 Neither test is a diagnosis on its own — always interpret alongside clinical findings and other labs.
💡 Bottom line: Use CRP for fast, specific detection of acute inflammation. Use ESR when monitoring slow-evolving chronic disease. When in doubt — order both and let the full clinical picture guide you.
Were you taught the difference between CRP and ESR in med school, or did you learn it the hard way in clinical practice? 👇 Drop your thoughts below!

Malaria Parasite Stages, Plasmodium Species Morphology Guide🩸 Different Plasmodium species show different microscopic ap...
02/06/2026

Malaria Parasite Stages, Plasmodium Species Morphology Guide

🩸 Different Plasmodium species show different microscopic appearances in blood smears.
🔬 This chart compares:
• P. vivax
• P. falciparum
• P. malariae
• P. ovale

📚 Includes key stages:
1️⃣ Ring forms
2️⃣ Developing trophozoites
3️⃣ Schizonts
4️⃣ Microgametocytes
5️⃣ Macrogametocytes

⚠️ Important morphology clues:
• P. falciparum shows multiple delicate rings and banana-shaped gametocytes
• P. malariae shows classic band forms
• P. vivax causes enlarged RBCs with Schüffner’s dots
• P. ovale shows oval RBCs with fimbriated edges

✅ Useful for:
• Malaria smear identification
• Hematology practicals
• MLS viva preparation
• Parasitology revision

Save this chart for quick blood film revision.

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