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20054 HPP Human Anatomy & Physiology Practical D Pharm

  • Study of compound microscope
  • General techniques for the collection of blood
  • Microscopic examination of
    • Epithelial tissue and Connective tissue
    • Muscular tissue and Nervous tiisue
    • Cardiac muscle
  • Study of Human Skeleton-Axial skeleton and appendicular skeleton*
  • Determination of
    • Blood group
    • ESR
    • Haemoglobin content of blood
    • Bleeding time
    • Clotting time
  • Determination of WBC count of blood
  • Determination of RBC count of blood
  • Determination of Differential count of blood
  • Recording of Blood Pressure in various postures, different arms, before and after exertion and interpreting the results
  • Recording of Body temperature (using mercury, digital and IR thermometers at various locations), Pulse rate/ Heart rate (at various locations in the body, before and after exertion), Respiratory Rate
  • Recording Pulse Oxygen (before and after exertion)
  • Recording force of air expelled using Peak Flow Meter
  • Measurement of height, weight, and BMI
  • Study of various systems and organs with the help of chart, models, and specimens
    • Cardiovascular system
    • Respiratory system
    • Digestive system
    • Urinary system
    • Endocrine system
    • Reproductive system
    • Nervous system
    • Eye
    • Ear
    • Skin

F Y D Pharm & S Y D Pharm Notes, Books, Syllabus, PDF, Videos

First Year D PharmSecond Year D Pharm
20111 PHT Pharmaceutics Theory20221 PGT Pharmacology Theory
20051 PHP Pharmaceutics Practical20056 PGP Pharmacology Practical
20112 PCT Pharmaceutical Chemistry Theory20222 CMT Community Pharmacy & Management Theory
20052 PCP Pharmaceutical Chemistry Practical20057 CMP Community Pharmacy & Management Practical
20113 PYT Pharmacognosy Theory20223 BCT Biochemistry & Clinical Pathology Theory
20053 PYP Pharmacognosy Practical20058 BCP Biochemistry & Clinical Pathology Practical
20114 HPT Human Anatomy Physiology Theory20224 PTT Pharmacotherapeutics Theory
20054 HPP Human Anatomy Physiology Practical20059 PTP Pharmacotherapeutics Practical
20115 SPT Social Pharmacy Theory20225 HCT Hospital & Clinical Pharmacy Theory
20055 SPP Social Pharmacy Practical20060 HCP Hospital & Clinical Pharmacy Practical
20226 PLT Pharmacy Law & Ethics

Suggested readings:

  • 21 CFR Food and Drugs
  • BP606T Quality Assurance Theory
  • BP306P Physical Pharmaceutics I Practical
  • BP407P Physical Pharmaceutics II Practical
  • ER20-14T Human Anatomy & Physiology Theory D Pharm
  • T Y B Pharmacy Syllabus
  • Pharmacy Infoline
  • Blue waffle disease
  • Pharmaceutics I Theory
  • Pharmaceutics I Practical
  • b pharmacy syllabus
  • human anatomy and physiology
  • Pathophysiology
  • Determination of blood group

Recommended readings:

  • Computer Applications in Pharmacy Practical
  • Hepatitis
  • HIV AIDS
  • Pharmaceutical Biotechnology Theory
  • Roll on deodrant base ingredients

    Roll on deodrant base ingredients Roll-on deodorants typically contain the following base ingredients: It’s important to note that not all roll-on deodorants will contain all of these ingredients, and some formulas may also include additional ingredients for specific purposes. Be sure to check the ingredient label to determine the specific ingredients in a particular product. Preparation of roll-on deodorants Making your own roll-on deodorant can be a fun and rewarding DIY project. Here’s a basic recipe to get you started: Ingredients: Instructions: Note: It may take some experimentation to find the right combination of ingredients and consistency that works best for you. Also, be sure to test the deodorant on a small patch of skin before using to make sure you don’t have any allergic reactions. Examples of roll-on deodorants There are many different brands of roll-on deodorants available on the market, each with their own unique formulations and fragrances. Here are a few examples: Suggested readings:

  • Use Aartificial Intelligence for optimisation of pharmaceutical formulation

    Use Aartificial Intelligence for optimisation of pharmaceutical formulation AI can be a powerful tool for optimizing pharmaceutical formulations by enabling more efficient and effective experimentation, as well as data-driven decision making. Here are some ways AI can be used for this purpose: Overall, AI can provide significant benefits in the optimization of pharmaceutical formulations, reducing the time and cost of development, improving product quality, and speeding up the delivery of new treatments to patients. Suggested readings:

  • Bayesian approch for optimisation of pharmaceutical formulation

    Bayesian approch for optimisation of pharmaceutical formulation The Bayesian approach is a statistical method that can be used for optimizing pharmaceutical formulations. It involves building a statistical model of the process and using the model to make informed decisions about the formulation. Here are the key steps in applying a Bayesian approach for optimization of pharmaceutical formulation: The Bayesian approach provides a rigorous and systematic framework for optimizing pharmaceutical formulations that can help to improve the quality, safety, and efficacy of drugs. By incorporating prior knowledge, new data, and statistical modeling, the Bayesian approach can reduce the time and cost of drug development and improve patient outcomes. Suggested readings:

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