Tissue processing.pptx
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Histopathology ppt
Tissue sectioning (2).pptx
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Chapt 3 Electrochemical Tech.pdf
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Instrumentation ppt
Chapt 1 Micropipette operation.pdf
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Instrumentation ppt
Instrumentation ppt
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Human organ live after death.
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🚨 Gatiin Ol Aanaa! Old Telegram Groups Ni Bitta! 💰 Don't Miss Out! 💯
🏦Old group gatii ajaa'ibaan bitamaa jira! Har'a carraa kanatti fayyadamaa!
💸We're buying old Telegram groups at AMAZING prices! Today is your chance! 🔥
What We Want: Old, ACTIVE Chat Groups! 💬
• Years:
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• 👉 2024 📈 (10Groups+ / Jan-Apr)
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Must Have: 👇
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Sell Your Telegram Group Today! 🤝
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Check Out Our Awesome Channels! ✨
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🏦Old group gatii ajaa'ibaan bitamaa jira! Har'a carraa kanatti fayyadamaa!
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What We Want: Old, ACTIVE Chat Groups! 💬
• Years:
• 👉 2016-2021 📈 (some Groups)
• 👉 2022 📈 (1 Group)
• 👉 2023 📈 (some Groups)
• 👉 2024 📈 (10Groups+ / Jan-Apr)
* 👉 Jan ➡️ [📈]
* 👉 Feb ➡️ [📈]
* 👉 March ➡️ [📈]
* 👉 April ➡️ [📈]
Must Have: 👇
• Full Chat History: (Date of Creation MUST be visible! 📅)
Sell Your Telegram Group Today! 🤝
• Contact: ➡️ @Yer_tech @Yer_tech @Yer_tech ⬅️
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Check Out Our Awesome Channels! ✨
• @laboratorypractice 🔬🧑🏼🔬
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We help the users gain new skills
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🔬 The Greatest Challenge in the Medical Lab? Ourselves! 🔬
It's not competition from other fields, but the part of us that settles for less. 🙅♀️ When "good enough" becomes the standard, we limit our potential & impact on patient lives. 💔
👉 Being a Medical Laboratory Scientist is MORE than just running tests! It's about:
• 📚 Lifelong Learning: 💡
• 💻 Mastering New Tech: ⚙️
• 🎯 Continuous Improvement: 📈
• ✅ Accurate & Reliable Results: 💯 (Every result guides critical decisions!)
Excellence is a RESPONSIBILITY, not an option! 🌟
🕰️ Yes, it demands dedication, long hours, & attention to detail. BUT...
❤️ It offers the extraordinary chance to be:
• 🤫 Unseen but Essential
• 🙏 Quietly Serving
• 🌍 Making a Profound Difference
🚀 Growth NEVER stops! Reject complacency & strive daily to be better. 💪
🚫 The real obstacle? Internal comfort! 🛋️ The best version of YOU is ahead! ✨ Our patients deserve nothing less. 💖
👇 Share this link with your lab friends! Let's grow the @Laboratorypractice community together! 🚀
It's not competition from other fields, but the part of us that settles for less. 🙅♀️ When "good enough" becomes the standard, we limit our potential & impact on patient lives. 💔
👉 Being a Medical Laboratory Scientist is MORE than just running tests! It's about:
• 📚 Lifelong Learning: 💡
• 💻 Mastering New Tech: ⚙️
• 🎯 Continuous Improvement: 📈
• ✅ Accurate & Reliable Results: 💯 (Every result guides critical decisions!)
Excellence is a RESPONSIBILITY, not an option! 🌟
🕰️ Yes, it demands dedication, long hours, & attention to detail. BUT...
❤️ It offers the extraordinary chance to be:
• 🤫 Unseen but Essential
• 🙏 Quietly Serving
• 🌍 Making a Profound Difference
🚀 Growth NEVER stops! Reject complacency & strive daily to be better. 💪
🚫 The real obstacle? Internal comfort! 🛋️ The best version of YOU is ahead! ✨ Our patients deserve nothing less. 💖
👇 Share this link with your lab friends! Let's grow the @Laboratorypractice community together! 🚀
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@laboratorypractice 👨🔬📚
🧪 GLOMERULAR FILTRATION – KIDNEY FUNCTION 🧠
━━━━━━━━━━━━━━━━━━━━━━━
💧 Definition:
Glomerular filtration is the first step of urine formation, where blood is filtered through the glomerulus into Bowman’s capsule, forming the filtrate (primary urine).
🏗 STRUCTURES INVOLVED:
🩸 Afferent arteriole → brings blood to the glomerulus.
🧠 Glomerulus → network of capillaries where filtration occurs.
🫧 Bowman’s capsule → collects filtrate from the glomerulus.
🩸 Efferent arteriole → carries blood away after filtration.
🧱 Filtration Barrier (3 Layers):
1️⃣ Fenestrated endothelium of glomerular capillaries
2️⃣ Basement membrane
3️⃣ Podocytes (epithelial cells of Bowman’s capsule)
👉 This barrier allows water and small solutes to pass.
🚫 It blocks blood cells and large proteins, keeping them in circulation.
⚡ FORCES DRIVING FILTRATION:
Glomerular filtration is controlled by Starling’s forces 👇
🩸 Glomerular hydrostatic pressure (GHP) → pushes fluid into Bowman’s capsule.
🧱 Capsular hydrostatic pressure (CHP) → opposes filtration.
💧 Blood colloid osmotic pressure (BCOP) → also opposes filtration.
✅ Net Filtration Pressure (NFP) ≈ 10 mmHg, enough to drive filtration effectively.
📊 GLOMERULAR FILTRATION RATE (GFR):
🧪 Normal GFR: 120–125 mL/min
💧 ≈ 180 L/day of filtrate is formed
🔁 Most of this filtrate is reabsorbed by the nephron.
GFR depends on:
Renal blood pressure 🩸
Surface area of glomerulus 🧠
Permeability of the filtration barrier 🧱
⚠️ Low BP → ↓ GFR
⚠️ High BP over time → glomerular damage
🧪 SUBSTANCES FILTERED FREELY:
✅ Water
✅ Electrolytes (Na⁺, K⁺, Cl⁻, HCO₃⁻)
✅ Glucose, amino acids
✅ Urea & creatinine
🚫 NOT FILTERED:
❌ Blood cells
❌ Large proteins (e.g., albumin)
📌 If protein or blood is detected in urine → may indicate glomerular damage ❗
⚙️ REGULATION OF GFR:
🔄 Autoregulation – myogenic mechanism & tubuloglomerular feedback keep GFR stable.
🧠 RAAS (Renin–Angiotensin–Aldosterone System) – increases BP & GFR when needed.
🫀 Sympathetic stimulation – during stress or shock can decrease GFR temporarily.
📝 SUMMARY TABLE:
FeatureDescription💧
Site
Glomerulus → Bowman’s capsule
🩸 Driving ForceBlood pressure (hydrostatic)
📊 Normal GFR120–125 mL/min (≈ 180 L/day)🧪
Filtered Water, electrolytes, glucose, amino acids, urea🚫
Not Filtered Blood cells, large proteins⚙️
Regulation Autoregulation, RAAS, sympathetic system
✅ FINAL NOTE:
Glomerular filtration is a pressure-driven process essential for:
Waste removal 🧪
Electrolyte balance ⚡
Blood pressure regulation 🫀
Overall fluid homeostasis 🧠
📌 Any alteration in GFR can indicate kidney disease or systemic issues like dehydration, hypertension, or diabetes.
#LaboratoryPractice #KidneyFunction #GFR #GlomerularFiltration #RenalPhysiology #UrineFormation #MedLab #RenalSystem #MedicalNotes #LabStudents #Physiology
@Laboratorypractice
🧪 GLOMERULAR FILTRATION – KIDNEY FUNCTION 🧠
━━━━━━━━━━━━━━━━━━━━━━━
💧 Definition:
Glomerular filtration is the first step of urine formation, where blood is filtered through the glomerulus into Bowman’s capsule, forming the filtrate (primary urine).
🏗 STRUCTURES INVOLVED:
🩸 Afferent arteriole → brings blood to the glomerulus.
🧠 Glomerulus → network of capillaries where filtration occurs.
🫧 Bowman’s capsule → collects filtrate from the glomerulus.
🩸 Efferent arteriole → carries blood away after filtration.
🧱 Filtration Barrier (3 Layers):
1️⃣ Fenestrated endothelium of glomerular capillaries
2️⃣ Basement membrane
3️⃣ Podocytes (epithelial cells of Bowman’s capsule)
👉 This barrier allows water and small solutes to pass.
🚫 It blocks blood cells and large proteins, keeping them in circulation.
⚡ FORCES DRIVING FILTRATION:
Glomerular filtration is controlled by Starling’s forces 👇
\text{NFP} = \text{GHP} - (\text{CHP} + \text{BCOP}) 🩸 Glomerular hydrostatic pressure (GHP) → pushes fluid into Bowman’s capsule.
🧱 Capsular hydrostatic pressure (CHP) → opposes filtration.
💧 Blood colloid osmotic pressure (BCOP) → also opposes filtration.
✅ Net Filtration Pressure (NFP) ≈ 10 mmHg, enough to drive filtration effectively.
📊 GLOMERULAR FILTRATION RATE (GFR):
🧪 Normal GFR: 120–125 mL/min
💧 ≈ 180 L/day of filtrate is formed
🔁 Most of this filtrate is reabsorbed by the nephron.
GFR depends on:
Renal blood pressure 🩸
Surface area of glomerulus 🧠
Permeability of the filtration barrier 🧱
⚠️ Low BP → ↓ GFR
⚠️ High BP over time → glomerular damage
🧪 SUBSTANCES FILTERED FREELY:
✅ Water
✅ Electrolytes (Na⁺, K⁺, Cl⁻, HCO₃⁻)
✅ Glucose, amino acids
✅ Urea & creatinine
🚫 NOT FILTERED:
❌ Blood cells
❌ Large proteins (e.g., albumin)
📌 If protein or blood is detected in urine → may indicate glomerular damage ❗
⚙️ REGULATION OF GFR:
🔄 Autoregulation – myogenic mechanism & tubuloglomerular feedback keep GFR stable.
🧠 RAAS (Renin–Angiotensin–Aldosterone System) – increases BP & GFR when needed.
🫀 Sympathetic stimulation – during stress or shock can decrease GFR temporarily.
📝 SUMMARY TABLE:
FeatureDescription💧
Site
Glomerulus → Bowman’s capsule
🩸 Driving ForceBlood pressure (hydrostatic)
📊 Normal GFR120–125 mL/min (≈ 180 L/day)🧪
Filtered Water, electrolytes, glucose, amino acids, urea🚫
Not Filtered Blood cells, large proteins⚙️
Regulation Autoregulation, RAAS, sympathetic system
✅ FINAL NOTE:
Glomerular filtration is a pressure-driven process essential for:
Waste removal 🧪
Electrolyte balance ⚡
Blood pressure regulation 🫀
Overall fluid homeostasis 🧠
📌 Any alteration in GFR can indicate kidney disease or systemic issues like dehydration, hypertension, or diabetes.
#LaboratoryPractice #KidneyFunction #GFR #GlomerularFiltration #RenalPhysiology #UrineFormation #MedLab #RenalSystem #MedicalNotes #LabStudents #Physiology
@Laboratorypractice
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🧠
🩺 RAAS = Renin–Angiotensin–Aldosterone System
🧬 Main Function: Regulate blood pressure 🩸 & fluid–electrolyte balance 💧
🔸 1. Trigger:
↓ Blood pressure / ↓ renal perfusion
↓ Na⁺ in distal tubule
Sympathetic activation (β₁ receptors – JG cells)
🔸 2. Renin Release:
Juxtaglomerular cells (afferent arteriole) → secrete Renin
🔸 3. Angiotensin Formation:
Renin converts Angiotensinogen (from liver) → Angiotensin I
ACE (lung endothelium) converts Angiotensin I → Angiotensin II
🔸 4. Effects of Angiotensin II:
🫀 Vasoconstriction → ↑ BP
💧 Stimulates aldosterone (adrenal cortex – zona glomerulosa)
🧠 ↑ ADH secretion (posterior pituitary)
↑ Na⁺ & H₂O reabsorption (proximal & distal tubules)
🔸 5. Aldosterone Action:
Acts on collecting ducts & distal tubule
↑ Na⁺ reabsorption
↑ H₂O retention
↑ K⁺ & H⁺ excretion
🔸 6. Result:
↑ Blood volume & BP
Stabilization of renal perfusion
Maintenance of electrolyte & fluid balance ⚖️
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@Laboratorypractice
RAAS REGULATION OF KIDNEY – Quick Notes
🩺 RAAS = Renin–Angiotensin–Aldosterone System
🧬 Main Function: Regulate blood pressure 🩸 & fluid–electrolyte balance 💧
🔸 1. Trigger:
↓ Blood pressure / ↓ renal perfusion
↓ Na⁺ in distal tubule
Sympathetic activation (β₁ receptors – JG cells)
🔸 2. Renin Release:
Juxtaglomerular cells (afferent arteriole) → secrete Renin
🔸 3. Angiotensin Formation:
Renin converts Angiotensinogen (from liver) → Angiotensin I
ACE (lung endothelium) converts Angiotensin I → Angiotensin II
🔸 4. Effects of Angiotensin II:
🫀 Vasoconstriction → ↑ BP
💧 Stimulates aldosterone (adrenal cortex – zona glomerulosa)
🧠 ↑ ADH secretion (posterior pituitary)
↑ Na⁺ & H₂O reabsorption (proximal & distal tubules)
🔸 5. Aldosterone Action:
Acts on collecting ducts & distal tubule
↑ Na⁺ reabsorption
↑ H₂O retention
↑ K⁺ & H⁺ excretion
🔸 6. Result:
↑ Blood volume & BP
Stabilization of renal perfusion
Maintenance of electrolyte & fluid balance ⚖️
👇 Share this link with your lab friends
@Laboratorypractice
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📌 Vacancy Announcement: Weyibe Medical Center (Addis Ababa)
...
4. Position: Laboratory Technician
• Education: BSc in Medical #Laboratory Technology
• Experience: (#0_year - 5 years experience)
• Required No: 15
...
🔗 Vacancy Details: [Search "Weyibe Medical Center Laboratory Technician" for details.]
Deadline: October 31, 2025
➡️ Share
@laboratory practice
...
4. Position: Laboratory Technician
• Education: BSc in Medical #Laboratory Technology
• Experience: (#0_year - 5 years experience)
• Required No: 15
...
🔗 Vacancy Details: [Search "Weyibe Medical Center Laboratory Technician" for details.]
Deadline: October 31, 2025
➡️ Share
@laboratory practice
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ከ ትንሽ ከቆየ ቦኃላ ይጠፋል
እነዚህ ቻናሎች ለተማሪዎች ጠቃሚ መረጃዎችን፣ የትምህርት ምክሮችን እና አነቃቂ መልዕክቶችን ያቀርባሉ ። አብረን እናድግ!
ꜱᴩᴏɴꜱoreᴅ ʙʏ @Model_Exam
እነዚህ ቻናሎች ለተማሪዎች ጠቃሚ መረጃዎችን፣ የትምህርት ምክሮችን እና አነቃቂ መልዕክቶችን ያቀርባሉ ። አብረን እናድግ!
ꜱᴩᴏɴꜱoreᴅ ʙʏ @Model_Exam
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