JCTM’s Post

Biomedical engineer

biomedical engineer

biomedical engineer

Unveiling the Mysteries of Ascitic Fluid! 🔬 🚀 I'm excited to give a fascinating look into my professional journey. I'm carrying a vial of ascitic fluid from an alcoholic patient, ready for biochemistry, haematology, and microbiology analysis. 🧪👩🔬 Why Does This Matter in Healthcare? - Diagnosis & Treatment: Ascitic fluid analysis is essential for detecting liver cirrhosis, infections, and malignancies. This helps to adapt effective treatments for patients. - Biochemical Insights: Understanding the chemical composition of ascitic fluid might provide valuable information about a patient's liver function and overall health. - Microbiological Examination: Detecting the presence of any microbial agents ensures that infections are treated promptly and accurately. - Haematological Analysis: Measuring cell numbers and characteristics helps to diagnose underlying disorders and monitor patient health. As a Medical Laboratory Technician/Technologist, Biomedical Scientist, and Healthcare Article Writer, I find my work extremely rewarding and effective. It's astounding how a single sample can reveal such detailed information about a patient's health. My Role in the Process: - Sample collecting: Use safe and sterile collecting techniques. - Analysis: Using advanced laboratory techniques to achieve accurate results. - Documentation: Carefully record and interpret results. - Communication: Sharing crucial information with the healthcare team to help guide patient care. Personal Experience: Holding this vial demonstrates the hands-on work we conduct every day. It is a combination of science, precision, and caring. This reflects my interest in photography, which involves catching subtle details that are typically overlooked. Engage with Me! - Question: Have you ever considered how laboratory diagnoses affect patient care? - Curiosity: Do you have any questions concerning the process or my experience? - Sharing: Please share your opinions and comparable experiences in the comments! Fun fact: The colour and clarity of ascitic fluid can reveal a lot about a patient's state. For example, a deeper colour could signify bleeding or cancer, whereas a hazy look could indicate an infection. Each vial we evaluate has a unique tale, and it is our responsibility to decode it for better patient outcomes. 💡 The importance of laboratory diagnostics in healthcare is often underestimated, although it is essential to correct diagnosis and appropriate therapy. This image of ascitic fluid from an alcoholic patient is just one example among many ways we contribute to patient care behind the scenes. #MedicalLaboratory #LaboratoryTechnician #BiomedicalScience #PatientCare #Diagnostics #HealthcareInnovation #ScienceInAction #MedicalResearch #LaboratoryLife #Hematology #Microbiology #MedicalLaboratoryScience #HealthcareInsights #ClinicalDiagnostics #PassionForHealth Stay tuned for more insights from the lab! 🌟

What sets successful biomedical engineers apart? Our blog post explores relentless curiosity, effective #communication, and other habits that can help propel your #career in biomedical engineering 🔬 Read the full blog post 👉 https://bit.ly/3QOA4rm #Akkodis #SmartIndustry #Biomedical #Engineers #Talent

The CBC machine, also known as a complete blood count machine or hematology analyzer, is a medical device used to analyze and measure various components of the blood. It plays a crucial role in diagnosing and monitoring various medical conditions. The principal behind a CBC machine involves several automated processes that provide a comprehensive analysis of blood components. Here are the main steps involved: 1. Blood Sample Collection: A small sample of blood, usually obtained from a vein in the arm, is collected using a needle and syringe or a specialized blood collection tube. 2. Sample Preparation: The collected blood sample is processed to remove any clots or debris and to obtain a homogeneous suspension of blood cells. 3. Automated Analysis: The prepared blood sample is loaded into the CBC machine, which utilizes advanced technology to perform a series of measurements and calculations. The machine typically uses one or more of the following techniques: a. Coulter Principle: This principle involves the detection and measurement of changes in electrical impedance caused by the passage of blood cells through an aperture. By measuring the size and number of cells, the machine can determine the red blood cell count, white blood cell count, and platelet count. b. Laser Light Scattering: This technique uses laser beams to analyze the physical and optical properties of blood cells. It can provide information about cell size, shape, and internal composition. c. Fluorescence Flow Cytometry: This method utilizes fluorescent dyes that bind to specific components of blood cells. By detecting the emitted fluorescence, the machine can identify different cell types and provide information about their characteristics. 4. Data Analysis and Reporting: The CBC machine processes the collected data and generates a detailed report. The report typically includes measurements such as red blood cell count (RBC), hemoglobin level (Hb), hematocrit (Hct), white blood cell count (WBC), platelet count, and various other parameters. These values help healthcare professionals assess the overall health and functioning of the patient's blood. It's important to note that the specific features and capabilities of CBC machines may vary depending on the manufacturer and model. Additionally, advancements in technology continue to improve the accuracy, speed, and efficiency of these machines, enhancing their utility in clinical settings. #CAP #CBAHI #Healthcare #Laboratory #Medical #medicaldevices #innovation #diagnosis #health #clinicaldiagnostics #medlabmiddleeast #Device #arabhealth #Instrument #Specialist #Technician #Patient #Quality #Safety #Hematology #CBC #Biochemistry #spectrophotometer #Bioassay #Chemiluminescence #immunoassay #type #ELISA #Cobas #Vitros #Abbott #Siemens #IVD #Beckman #Roche #Sysmex #Danaher #Human #Diagnostic #Mindray #Snibe #Maglumi #Agappe #OpenToWork #job #work #HR #jobopportunity #opportunity

Medical lab technology: the unsung heroes of healthcare. It’s no secret that doctors and nurses are put on a pedestal when it comes to healthcare, but there's another group of healthcare professionals who are ‘out of sight, out of mind’ - medical lab technologists. Without these behind-the-scenes superheroes, doctors wouldn't be able to diagnose and treat patients. Medical lab technology is a field that's exploding in scope, providing you with endless job opportunities and research projects. If you're someone looking towards a career in healthcare, medical lab technology can offer you a ton of pathways to explore. You can specialize in: - Hematology - Microbiology - Genetics - Immunology And with Covid-19 impacting how we live our lives, the importance of medical lab technologists has only increased. I urge you to peel back the curtain and explore this fascinating area of healthcare. Trust me, you won’t be disappointed.

Not to many people has an idea what it is to being a Account Manager for a Med tech company 🚑 It’s a privilege to work now for exactly 1️⃣5️⃣ years 🔛at some of the largest medical technology (and pharmaceutical) companies, in surgery, orthopedics, oncology, rheumatology and vascular surgery. 💊🩸🩺 Realized so many contacts, deepdive in healthcare and diseases, dozens of training sessions and university educations and a 🌍 personal development what is so much bigger now than the start. Now, my first year at BD completed for being out there in developing, serving innovative technologies, and solutions that help healthcare providers and patients; advancing the world of health. 🔵🟠 Every day is different and not a day the same with new opportunities, ideas, procedures, congresses and events, conversations, traveling, workshops, meetings, presentations, collaborations with colleagues but most important the hospital 🏥 physician, nurses, buyers, and all the network inside. But also accountability for many problem solving, the change of healthcare and many issues, travel and looking always for the right life- work balance in the countless hours, travel, traffic jams early and late hours of work. 🫡 Curious about a job in Med tech: https://jobs.bd.com

One of the first things I did after graduating was translate this file for students who want to enter the world of biomedical engineering. #biomedical #medical_devices