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Embark on an enlightening journey into the intricate world of the cytoskeleton and cell inclusions with Dr. Muhammad Ali Rabbani, Assistant Professor of Anatomy. In this comprehensive lecture, explore the structure, formation, and functions of the cytoskeleton's three major components: microtubules, microfilaments (actin filaments), and intermediate filaments. Additionally, delve into the realm of cell inclusions, understanding their nature, composition, and significance within cellular biology. 🎓 Learning Objectives:🎓 By the end of this lecture, students will: - Identify different components of the cytoskeleton and describe their structure, formation, and functions. - Define inclusion bodies and describe various types of cell inclusions. - Understand the roles of microtubules, microfilaments, and intermediate filaments in providing structural support, facilitating cellular motility, and aiding in cell division. - Analyze the dynamic instability of microtubules and the mechanisms of motor protein-driven intracellular transport. - Explore the formation, composition, and physiological significance of various cell inclusions, including fat droplets, glycogen granules, lipofuscin, and hemosiderin. 💡 Key Topics Covered: - Structure, Formation, and Functions of Microtubules - Microtubule Organizing Center (MTOC) and Centrosome - Dynamic Instability of Microtubules - Motor Proteins and Intracellular Transport - Structure and Functions of Microfilaments (Actin Filaments) - Actin Binding Proteins and Myosin Motors - Structure and Stability of Intermediate Filaments - Types of Intermediate Filaments: Keratin, Vimentin, Desmin, Neurofilaments, Glial Filaments, Lamin - Nature, Composition, and Significance of Cell Inclusions: Fat Droplets, Glycogen Granules, Lipofuscin, Hemosiderin 🔍 Connect with Dr. Muhammad Ali Rabbani for a deeper understanding of the cytoskeleton and cell inclusions!🔍 Learning Resources: For additional educational content and resources, visit our website: [www.medicoseacademics.com](www.medicoseacademics.com). For inquiries, contact us at [info@medicoseacademics.com](mailto:info@medicoseacademics.com) or +92 310 7990649. 🔗 Stay Connected! Explore our content on YouTube: [Medicose Academics YouTube Channel](https://www.youtube.com/@MedicoseAcademics) Follow us on Facebook: [Medicose Academics Facebook Page](https://www.facebook.com/medicoseacademics) Connect on Instagram: [Medicose Academics Instagram](https://www.instagram.com/medicoseacademics) 🙌 Enhance Your Understanding of the Cytoskeleton and Cell Inclusions with Dr. Muhammad Ali Rabbani! 🙌 --- Tags: Cytoskeleton, Cell Inclusions, Dr. Muhammad Ali Rabbani, Anatomy Lecture, Medical Education, Microtubules, Microfilaments, Intermediate Filaments, Motor Proteins, Intracellular Transport, Actin Filaments, Myosin Motors, Inclusion Bodies, Fat Droplets, Glycogen Granules, Lipofuscin, Hemosiderin, Medicose Academics.

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CHPS Whole CHPS revision in 10min Easy way of understanding CHPS Mechanism of abnormalities in CHPS Metabolic alkalosis in CHPS paradoxical aciduria in CHPS How kidney worsen the existing metabolic alkalosis in CHPS Treatment of CHPS Why pottasium supplements given only after adequate urine output in CHPS Onset of symptoms in CHPS Why can't symptoms develops at birth Why dehydration happens in CHPS Fluid management in CHPS Why hypocalcemia occurs more common in CHPS Knowing normal physiology in comparison with CHPS pathology Movie style teaching Simple film pic comparing to know the mechanism of CHPS

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Dr NAVEEN GOKUL R, BDS This document explores the innovative integration of Computer-Aided Design and Computer-Aided Manufacturing (CAD/CAM) technology in the field of prosthodontics, particularly in the fabrication of dentures. It discusses the evolution of traditional denture-making techniques and the benefits offered by CAD/CAM systems in terms of precision, customization, efficiency, and patient satisfaction. Additionally, it highlights the impact of CAD/CAM dentures on clinical workflows, prosthetic design, material selection, and patient outcomes. Through a comprehensive review of current research and clinical applications, this document aims to provide insights into the transformative role of CAD/CAM technology in modern prosthodontics. Introduction: The field of prosthodontics has witnessed remarkable technological advancements in recent years, with CAD/CAM systems revolutionizing the way dentures are designed and manufactured. Traditional methods of denture fabrication often involved multiple manual steps, leading to inconsistencies in fit, aesthetics, and functionality. CAD/CAM technology has overcome these limitations by enabling digital workflows that streamline the entire process, from initial impression-taking to final prosthesis delivery. This document explores the evolution of CAD/CAM dentures, their advantages over conventional techniques, and their implications for both clinicians and patients. Evolution of CAD/CAM Dentures: Historically, the fabrication of dentures relied heavily on manual techniques, such as hand waxing, flasking, and processing. While these methods served their purpose, they were labor-intensive, time-consuming, and prone to errors. The introduction of CAD/CAM technology revolutionized the field by introducing digital workflows that optimize every stage of the denture-making process. Initially used for crown and bridge restorations, CAD/CAM systems were later adapted for removable prosthodontics, including complete and partial dentures. Today, CAD/CAM dentures represent the pinnacle of precision and customization in prosthodontic care. Benefits of CAD/CAM Dentures: CAD/CAM dentures offer numerous advantages over traditional fabrication techniques. One of the primary benefits is enhanced precision, as digital impressions and virtual design tools enable clinicians to achieve optimal fit and aesthetics. Moreover, CAD/CAM systems facilitate greater customization, allowing for individualized tooth morphology, occlusal schemes, and gingival contours. This level of personalization enhances patient comfort and satisfaction while minimizing the need for adjustments post-insertion. Additionally, CAD/CAM technology enables efficient chairside or laboratory-based production, reducing turnaround times and enhancing productivity for dental practices. Clinical Applications and Workflow Integration: The integration of CAD/CAM technology into clinical practice

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A big part of cleaning up our lives requires us to change up bad habits, which can be a lot easier said than done. Last week on TCLP, I talked about how all our habits and everything that is “automatic” to us is governed by the subconscious. That’s why it’s important for us to learn how to work with our own subconscious minds and get them on board with the healthy changes we want to make in our lives. Today I’m going to be covering some effective methods to work with our subconscious minds to create cleaner habits that become so automatic we don’t even have to think about them. 🩷

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Join Dr. Muhammad Ali Rabbani, Assistant Professor of Anatomy, for an enlightening exploration of advanced concepts in the histology of connective tissue. Building upon foundational knowledge, this lecture delves into the histological features, classification, and functional significance of various types of connective tissue, providing a comprehensive understanding of their roles in maintaining tissue integrity and homeostasis. From the dynamic interplay of cells and extracellular matrix components to the clinical correlations and medical applications, embark on a journey through the intricacies of connective tissue histology with Dr. Rabbani as your guide. 🔬 Key Topics Covered: - Interstitial Fluid: Explore the composition and physiological significance of interstitial fluid in connective tissue, including its role in maintaining tissue hydration, nutrient exchange, and waste removal. - Types of Connective Tissue: Examine the diverse types of connective tissue, including connective tissue proper, embryonic connective tissue, and specialized variants, and understand their structural characteristics, cellular composition, and functional adaptations. - Histological Features: Investigate the histological features of connective tissue, ranging from loose and dense connective tissue to specialized types such as reticular and mucoid connective tissue, and comprehend their unique properties and functions. - Adipose Tissue: Gain insight into the structure, function, and histogenesis of adipose tissue, including the classification of white and brown adipose tissue, their physiological roles, and regulatory mechanisms. - Clinical Correlations: Explore the clinical relevance of connective tissue histology in health and disease, including its implications for tissue repair, inflammation, metabolic disorders, and therapeutic interventions. 🎓 Learning Objectives: By the end of this session, students will: - Describe the composition and functions of interstitial fluid in connective tissue. - Summarize the histological features and classification of various types of connective tissue. - Compare and contrast different types of connective tissue based on cellular composition, fiber arrangement, and functional adaptations. - Explain the physiological roles of adipose tissue and its significance in metabolic regulation, thermogenesis, and pathological conditions. 💡 Medical Applications: - Apply knowledge of connective tissue histology to interpret histopathological findings, diagnose connective tissue disorders, and develop targeted therapeutic strategies. - Explore research opportunities aimed at unraveling the molecular mechanisms underlying connective tissue physiology and pathology, with implications for regenerative medicine and tissue engineering. 🔍 Connect with Dr. Muhammad Ali Rabbani to deepen your understanding of advanced concepts in connective tissue histology and their clinical relevance! 🔍

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