Aladdin Creations

07/15/2024

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07/14/2024

07/14/2024

🌟 Unveil the Mystery of Vitamin Deficiency Anemia! 🌟

Are you curious about Vitamin Deficiency Anemia? 🤔 This video is your ultimate guide! 📚✨

🔬 What You'll Learn:

Understanding Anemia: What is Vitamin Deficiency Anemia? 🤷‍♂️🤷‍♀️
Causes: What leads to this condition? 🥗🔄🚫
Symptoms: How to identify the signs? 🤒👀
Laboratory Diagnosis: The tests you need to know! 🧪🔬
Treatment: How to treat and manage Vitamin Deficiency Anemia? 💊🥦
👨‍⚕️👩‍⚕️ Who Should Watch:

Medical Students 🎓
Healthcare Professionals 🩺
Anyone interested in learning about anemia! 🧑‍🏫
📅 Stay Informed, Stay Healthy! Don’t forget to like, share, and follow Aladdin Creations for more educational content! 👍💖

07/11/2024

🔬 Discover ! 🦠

Welcome back to Aladdin Creations! 🎉 Today, we're diving into the fascinating world of Staphylococcus epidermidis – a common bacterium found on your skin! 🌟

👀 What you'll learn:
✅ Where Staphylococcus epidermidis is commonly found
✅ Its role in your body
✅ How it interacts with your immune system
✅ The importance of hygiene in preventing infections

📚 Perfect for medical students, lab technicians, and anyone curious about microbiology! 🌍

🎥 Watch now to expand your knowledge and get ahead in your medical studies! 📈

🔔 Don't forget to like, share, and follow Aladdin Creations for more educational videos! 👍

07/07/2024

🦠 Unveiling Streptococcus pneumoniae: Everything You Need to Know! 🦠

Welcome to our in-depth exploration of Streptococcus pneumoniae bacteria! In this video, we cover everything you need to know about this significant pathogen that affects millions worldwide. 🌍

🔍 Topics Covered:

General Overview: Learn about the basics of S. pneumoniae and its importance in the medical world.
Transmission: Discover how this bacterium spreads and what you can do to prevent it. 🚫
Clinical Features: Understand the symptoms and diseases caused by S. pneumoniae. 🏥
Colony Morphology: Get a glimpse of what S. pneumoniae looks like under the microscope. 🔬
Laboratory Diagnosis: Find out the techniques used to identify this bacterium in the lab. 🧪
Treatments: Explore the treatment options available for S. pneumoniae infections. 💊
Preventions: Learn about the best strategies to prevent infection and stay healthy. 💉
This video is perfect for students, medical professionals, and anyone interested in microbiology and infectious diseases. Let's dive into the microscopic world of Streptococcus pneumoniae together! 🌟

👉 Don't forget to like 👍, share 🔗, and subscribe 🔔 for more educational content!

07/07/2024

White Blood Cells , Identification Training Quiz

07/06/2024

Frozen Sections Method | Advantages & Disadvantages

07/05/2024

Welcome To Aladdin Creations !

07/04/2024

🔬 Cells in CSF Identification Training Quiz 🧠

Welcome to our exciting and interactive training quiz designed for medical and medical laboratory science students! 🎓🧑‍🔬 In this video, you'll get the chance to test your knowledge and skills in identifying cells in cerebrospinal fluid (CSF).

🧪 How it Works:

Real Cell Images 🖼️: You'll see authentic microscopic images of cells found in CSF.
Think & Identify ⏳: You'll have 10 seconds to think and identify the cell type.
Correct Answer & Explanation ✅: After 10 seconds, we'll reveal the correct answer and provide a detailed explanation of the identifying characteristics.
This quiz is a fantastic way to sharpen your skills, enhance your understanding of cell morphology in CSF, and have fun while learning! 🌟

Get ready to challenge yourself and become a CSF cell identification expert! 💪🔬

07/04/2024

07/04/2024

What Are " Mott cells " ?

12/24/2023

Correct 😁🤣
Please Load to "Centrifuge" Carefully 🥲

12/24/2023

🔥Be More Positive !!!
🌟Happy Weekend !

12/21/2023

Mission Impossible 😵‍💫🥹😂

08/31/2023

💥XRF is a method that involves the interaction of electron beams as well as x-rays and samples.
💥This is possible because of the behaviour of atoms as they are in contact with radiation. When materials are excited by short wavelength radiation with high energy (e.g. or radiation like X-rays) and they become Ionized.
💥If an electron in the inside of an atom is stimulated by the radiation of a photon it is moved to a greater energy level.

08/31/2023

💥The cell membrane of bacteria, epithelia is surrounded by a pericellular matrix, which is known as Glycocalyx.
💥It is a carbohydrate-enriched coating that covers both eukaryotic cells and prokaryotic cells, particularly bacteria
💥It is made of glycoprotein and glycolipid.
💥Martinez and Palomo first discovered a cell coat around the animal cells in 1970, it is termed as the glycocalyx.
💥The external surface of plasma membranes in most animal epithelial cells contains a fuzz-like coating which is made of several carbohydrate moieties of membrane glycolipids and glycoproteins.
💥It assists as backbone molecules for maintenance.
💥The carbohydrate portion of the glycolipids helps in cell–cell recognition, communication, and intercellular adhesion.

08/30/2023

💥The basic principle that drives NMR is that all nuclei are spin-driven and all nuclei are charged electrically.
💥When the magnetic field of an external source is utilized, a energy transfer can occur between the energy of the base level to an energy level higher (generally one energy gap).
💥The energy transfer occurs at a wavelength which corresponds to radio frequencies .
💥And once the spin is back to original point, energy is released with the identical frequency.
💥The signal that corresponds to the energy transfer is monitored in a variety of ways, and then processed to produce an NMR spectrum of the nucleus involved.

08/30/2023

💥The toxin is a poisonous substance produced within microorganisms or other living cells.
💥There are few bacteria that can produce toxins, which is known as a bacterial toxin.
💥Bacterial toxins are the virulence components that manipulate host cell features and take over the management of significant processes of residing organisms to favor microbial infection.
💥Some toxins instantly goal innate immune cells, thereby annihilating a serious department of the host immune response. Some bacterial toxins are used for the treatment of tumors.

08/29/2023

💥Ultracentrifuge is an advanced and sophisticated centrifuge that runs at a high rate and is able to separate smaller molecules that can’t be separated from traditional centrifuges.
💥Rotor speeds inside an ultracentrifuges can vary between 60,000 and 150,000 rpm. Ultracentrifuges tend to be used in laboratories that are more well-equipped to carry out more sophisticated operations.
💥They are bigger in size and operate samples in groups or as continuous flow systems.
💥The majority of ultracentrifuges are refrigerated in order to reduce the heat caused by the increased speed.

08/29/2023

💥Micropropagation is a technique that is used to aid in propagating or cloning a particular genotype in the laboratory.
💥It is generally accepted that there exist many ways that organisms are able to create similar copies of themselves.
💥An excellent example is binary fission, which allows bacteria to divide, and then give birth to daughter cells that are similar in appearance to their parent.

08/28/2023

💥Pulsed Field Gel Electrophoresis (PFGE) is a method used to aid in the separation of huge deoxyribonucleic acids (DNA) molecules using the gel matrix an electric field that continuously shifts direction.
💥Because DNA greater than 15-20kb moving through a gel is able to move in a size-independent manner.
💥The conventional gel electrophoresis method was not able to separate massive DNA molecules effectively that led to the use of electrophoresis using pulsed fields.

08/28/2023

💥The Nucleoid (meaning it’s like a nucleus) is an irregularly-shaped part of the prokaryotic cell which is home to all or most part of the gene material.
💥The chromosome of a protokaryote is circular and its length is big in comparison to cell dimensions, which is why it has to be compressed to be able to fit.
💥Contrary to the nucleus in a prokaryotic cell, it’s not protected by the nuclear membrane.

08/27/2023

💥Viruses are extremely immunegenic and cause two kinds of immune responses: the humoral and the cellular.
💥The range of specificities of B and T cells is derived from changes in the somatic genome and rearrangements.
💥T B cells and T typically recognise the exact epitopes within the exact virus.
💥B cells recognize the free proteins unaltered in their original 3-D configuration while T cells typically view Ag in a denatured form.
💥Ag in a denatured state together in conjunction with MHC molecules.
💥The features of an immune reaction for the exact virus can be different for different individuals based on their genetic makeup.

08/27/2023

💥Vaccines have so far held the center position in efforts to stop viruses.
💥They are inexpensive and secure, and the protection can last for a long time.
💥But some viruses because of a number of reasons, aren’t compatible with this method like retroviruses, influenza as well as rhinoviruses and arboviruses.
💥Some of the obstacles to the use of vaccines are the variety of serotypes e.g. rhinoviruses togaviruses, rhinoviruses alteration in the gene e.g. retroviruses, influenza as well as Infections that are latent. It has been a while since notable results on a large scale been made with antiviral medications like Acyclovir and AZT when there is no vaccine.

08/26/2023

💥The one Step Growth Curve was first described by Max Delbriick and Emory Ellis in 1939 and started modern bacteriophage research.
💥They also discovered the plague counting technique for the enumeration of bacteriophages.
💥In one step growth experiment, only a single or one cycle of virus growth is observed, that’s why it’s termed as one step growth experiment.
💥The infection is synchronous because an excess amounts of host cells are released to infect with phage particles. That means the simultaneous infection of a large number of particles to the host cell is taking place.
💥The excess number of host cells are infected with phage particles at a ratio of 1:10.

08/26/2023

💥Viroids are known as the smallest infectious pathogens which are made up solely of a short strand of circular, single-stranded self-replicating RNA that has no protein coating.
💥Although, viroids are made of nucleic acid which does not code for any protein.
💥They don’t contain any protein coat to protect their genetic information.
💥Viroids are well known for causing different plant diseases.
💥They associate with the host’s proteins by the phloem vascular channels and plasmodesmata and then move within the host’s cell (Plant).

08/25/2023

💥Cetrimide agar test is a biochemical test performed to identify or differentiate Pseudomonas aeruginosa from other microorganisms.
💥The test works on the principle of the ability of an organism to grow in the presence of cetrimide.
💥Cetrimide is a toxic quaternary ammonium detergent that is toxic to most bacteria except for few organisms like P. aeruginosa.
💥Pseudomonas aeruginosa is a common pathogen commonly associated with infections like urinary tract infections and bacteremia in humans.
💥The ability of the organism to survive in the presence of cetrimide enables the test to be used for the differentiation of P. aeruginosa from other microorganisms.

08/25/2023

💥In 1957, an American physician Philip Showalter Hench first made this drug.
💥Dexamethasone is corticosteroid medication (Corticosteroids are a class of steroid hormones that are produced in the adrenal cortex of vertebrates).
💥Dexamethasone used for the treatment of rheumatic problems, a number of skin diseases, severe allergies, asthma, chronic obstructive lung disease, croup, brain swelling, eye pain following eye surgery, and along with antibiotics in tuberculosis.

08/24/2023

💥Algae are free-floating organisms or aquatic or remain attached to others.
💥They can be grown in moist stones, soil, wood, etc.
💥Some algae grow in association with fungi (e.g. lichen) & animals (e.g. on the fur of sloth bear).
💥On the basis of their habitat or occurrence algae are classified into different groups such as; Aquatic Algae, Terrestrial algae, and Algae of remarkable habitats.

08/22/2023

💥Reversible enzyme inhibitors are classified as competitive or not, and are distinguished by an Lineweaver-Burk chart.
💥It’s a good method to determine how inhibitors bind to an enzyme.
💥It is possible to detect competitive inhibition through a Lineweaver-Burk graph in the event that V0 is determined at different concentrations of substrate with a predetermined amount of inhibitor.