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md_biochemistry [2026/06/26 13:14] admin |
md_biochemistry [2026/09/22 06:19] (current) resident |
| |22|:::|Instrument Purchase Vs Reagent rental/Cost per test|{{ ::2._mercury_blood_spillage.pptx |Spillage Management}} | | |22|:::|Instrument Purchase Vs Reagent rental/Cost per test|{{ ::2._mercury_blood_spillage.pptx |Spillage Management}} | |
| |23|:::|Inventory Management System|{{ ::11._qms.pptx |QMS}}| | |23|:::|Inventory Management System|{{ ::11._qms.pptx |QMS}}| |
| |23|:::|Isoenzyme|{{ ::11._qms.pptx |QMS}}| | |24|:::|Isoenzyme|{{ ::11._qms.pptx |QMS}}| |
| |24|<html><span style="font-size:150%;">Dr Arvi Mehta</span></html> |NABL-133| | |25|<html><span style="font-size:150%;">Dr Arvi Mehta</span></html> |NABL - 133|{{ ::use_and_implementation_of_nabl_symbol_as_per_nabl_-_133_in_medical_testing_laboratories.pptx |Use and Implementation of NABL Symbol as per NABL - 133 in Medical Testing Laboratories}}| |
| |25|:::| | | |26|:::|FTIR|{{ ::ftir.pptx |FTIR-Principle}}| |
| |26|:::| | | |27|:::|Quality Policy vs Quality Objective|{{ ::quality_policy_vs_quality_objective_in_context_of_iso_151892022.pptx |Quality Policy vs Quality Objective in Context of ISO 151892022}}| |
| |27|:::| | | |28|:::|VLDL Metabolism|{{ ::vldl_metabolism.pptx |VLDL Metabolism}}| |
| |28|:::| | | |29|:::|D-Dimer|{{ ::d-dimer.pptx |D-Dimer}}| |
| |29|:::| | | |
| |30|:::| | | |30|:::| | |
| |31|:::| | | |31|:::| | |
| |24|<html><span style="font-size:150%;">Dr Jahnavi Patil</span></html> |NABL-133| | |32|:::| | |
| |25|:::| | | |33|<html><span style="font-size:150%;">Dr Jahnavi Patil</span></html> |NABL-133| |
| |26|:::| | | |34|:::| | |
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| |27|:::| | | |27|:::| | |
| |28|:::| | | |28|:::| | |
| |28|:::|Hartnup disease|{{ ::hartnup_s_disease_-_new.pptx.pdf |}}| | |28|:::|Hartnup disease|{{ ::hartnup_s_disease_-_new.pptx.pdf |}}| |
| |29|:::|IQC|{{ ::iqc_janki.ppt.pdf |}}| | |29|:::|IQC|{{ ::iqc_janki.ppt.pdf |}}| |
| |30|:::| | | |30|:::|Risk factor of Atherosclerosis |{{ ::risk_factors_for_atherosclerosis_1_.pptx |}} | |
| |31|<html><span style="font-size:150%;">Dr Nishit Chudasama</span></html> | | | |31|:::|Prevention of Atherosclerosis |{{ ::prevention_of_atherosclerosis.pptx |}} | |
| |31|<html><span style="font-size:150%;">Dr Shivam</span></html> | | | |32|:::|Little Rascal - Lipoprotein-a |{{ ::lipoprotein_a_1_.pptx |}} | |
| | |33|:::|Mitochondrial DNA |{{ ::mitochondrial_dna.pptx |}} | |
| | |34|<html><span style="font-size:150%;">Dr Nishit Chudasama</span></html> | | |
| | |35|<html><span style="font-size:150%;">Dr Shivam</span></html> | | |
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| =====Model Questions List For MD Biochemistry===== | =====Model Questions List For MD Biochemistry===== |
| - ''Molar absorptivity of NADh and calculation of enzyme factors'' | - ''Molar absorptivity of NADh and calculation of enzyme factors'' |
| - ''Biochemical explanation of pulmonary embolism in deep sea divers'' | - ''Biochemical explanation of pulmonary embolism in deep sea divers'' |
| | - ''Requirement as per ISO 15189:2022 for POCT.'' |
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| - ATP IV Hypercholesterolemia diagnostic guidline | - ATP IV Hypercholesterolemia diagnostic guidline |
| - beta thalassemia – genetics, pathogenesis, diagnosis | - beta thalassemia – genetics, pathogenesis, diagnosis |
| | - ''Define tertiary structure of protein with domain and chaperon. Explain pathogenesis of prion disease with example of amyloidosis.'' |
| | - ''Enumerate cholesterol synthesis with regulation. Describe type of dyslipidemia. Explain framingham risk scores for cardiovascular risk.'' |
| | - ''Metabolic and neuro-transmitter alteration during alcohol addiction and withdrawal.'' |
| | - ''Classify obesity. Explain endocrinal pathogenesis of obesity.'' |
| | - ''Function and significant of PTH and Intact PTH.'' |
| | - ''Effect of cirrhosis of liver on metabolism and digestion – absorption'' |
| | - ''Genetic regulation of haemoglobin synthesis and impact of therapeutic drugs & metal on it.'' |
| | - ''Explain “Role of vitamins on metabolism” (with examples)'' |
| | - ''Alteration in blood buffer and renal buffer in case of extensive interstitial lung disease.'' |
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| |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">List of Model Question for Paper-3 - Molecular Biology , Immunology and Cancer</span> </html>| | |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">List of Model Question for Paper-3 - Molecular Biology , Immunology and Cancer</span> </html>| |
| - Write note somatic hyper mutation and iso-type switching of immunoglobin. | - Write note somatic hyper mutation and iso-type switching of immunoglobin. |
| - Regulation of m-RNA stability | - Regulation of m-RNA stability |
| | - ''Type and significance of all the type of RNA. Clinical co-relation of RNA in pathogenesis of cancer , atherosclerosis and Age related Macular Degeneration (AMD)'' |
| | - ''Viral integration and transposons in human genome. Molecular impact of anti-viral drugs - Acylovir.'' |
| | - ''Regulation of eukaryotic gene expression'' |
| | - ''Journey of human genome evolution from mutation to substitution.'' |
| | - ''Tumor Supressor Gene - BRCA and p53'' |
| | - ''Meiosis vs Mitosis'' |
| | - ''Molecular defect in cystic fibrosis'' |
| | - ''Quantitative Real time PCR'' |
| | - ''DNA dependent DNA polymerase and DNA ligase.'' |
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| |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">List of Model Question for Paper-4 - Technique in experimental biochemistry , Recent advances</span> </html>| | |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">List of Model Question for Paper-4 - Technique in experimental biochemistry , Recent advances</span> </html>| |
| - Write performance validation protocol for these specified resource ( instrument / reagent / consumable) | - Write performance validation protocol for these specified resource ( instrument / reagent / consumable) |
| - Write a consistent quality policy and objective with defined quality indicator, for your laboratory. | - Write a consistent quality policy and objective with defined quality indicator, for your laboratory. |
| | - ''Enumerate analytical methods with it’s principle , significant and limitation of creatinine estimation and eGFR.'' |
| | - ''Definition of quality indicator with it’s standard requirements. Define quality indicator for period of sample collection to sample receipt (minimum four QI ) and sample storage (minimum four QI ) with process of it’s monitoring and measuring elements.'' |
| | - ''Principle and utility of Fourier Transform Infrared (FTIR) spectroscopy in clinical biochemistry laboratory. Approach to validate the result of FTIR.'' |
| | - ''Structure and component of “Foundation Course” for First year Indian Medical Graduate (IMG)'' |
| | - ''AETCOM'' |
| | - ''Document Control and Control of Record as per ISO 15189:2022'' |
| | - ''Use of moving average of patient data as IQC alternative'' |
| | - ''Delta Bilirubin - Define and Clinical significant.'' |
| | - ''Component and Principle of Flame Photometer'' |
| | - ''Mechanism , clinical utility and biochemical adverse event with use of GLP-1 analogues'' |
| | - ''Sample acceptance exception in case of wrong vacuette (Write minimum 4 scenario)'' |
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| |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">Drugs To Read With Biochemical Mechanism</span> </html>| | |<html> <span style="color: #700800 ;font-size:125%;">2024</span> </html>|<html> <span style="color: #700800 ;font-size:125%;">Drugs To Read With Biochemical Mechanism</span> </html>| |