CT Scan MRI

  Describe the mode of ventilator The mode of ventilation refers to the way in which a mechanical ventilator delivers breaths to a patient. There are several different modes of ventilation, including: Controlled mechanical ventilation (CMV): Also known as conventional or volume-controlled ventilation, this mode delivers breaths at a set tidal volume (volume of air delivered with each breath) and rate, regardless of the patient's own breathing efforts. Assist-control (AC): This mode combines elements of CMV and spontaneous breathing, providing a set rate of breaths and also triggering breaths in response to the patient's own efforts. Synchronized intermittent mandatory ventilation (SIMV): This mode delivers a set rate of mandatory breaths and allows for spontaneous breaths in between. Pressure-controlled ventilation (PCV): This mode delivers breaths at a set pressure, rather than a set volume or rate. Pressure-support ventilation (PSV): This mode provides a continuous stream of

What is COVID 19 ? COVID-19, also known as the coronavirus, is a highly infectious respiratory illness caused by the SARS-CoV-2 virus. It first emerged in Wuhan, China in December 2019 and has since spread globally, becoming a pandemic. The symptoms of COVID-19 can range from mild to severe and include fever, cough, body aches, fatigue, and difficulty breathing. In some cases, the virus can lead to more severe illnesses such as pneumonia, acute respiratory distress syndrome (ARDS), and death. The virus is primarily spread through respiratory droplets produced when an infected person talks, coughs, or sneezes. It can also be contracted by touching a surface or object contaminated with the virus and then touching one's mouth, nose, or eyes. Governments and health organizations around the world have taken measures to slow the spread of COVID-19, including lockdowns, social distancing guidelines, and travel restrictions. Vaccination efforts have also been initiated as a means of reduci

Radiology Technician job in Dubai TGC Consulting They are need to working experience  3 - 5 Years  on Medical . AED 25,000 - 30,000 (₹482,143 - ₹578,572) Posted on 15 Mar 2020 Job Description The job  with a leading medical center based in Abu Dhabi, UAE. it is a good opportunity for you. if you're interested We we need a supportive and good quality and know about in medical imaging technology . need gooduse your skills and various medical imaging techniques . we need a sincere and and good behaviour parson. to produce visual representations of specific areas of the human body in order to diagnose medical problems and monitor treatment. legal field is all about responsibility and care of patient patient is like a God of medical  employee's. You will do tha all responsible for your dutu. and do carefully direct radiology diagnostic procedures,you need to know radiation hazard patients safety such as X-rays, CT Scans  the most radiated field. MRI scan is a most r

Radiology technician बनने के लिए क्या करना चाहिए? हमारेहश इंडिया में Radiology Technical  होने के लिए बहुत सारा private University and Government University है।  प्राइवेट यूनिवर्सिटी में एडमिशन लेने के लिए मासूम थोड़ा महंगा होता है। गवर्नमेंट मेडिकल कॉलेज में। एडमिशन लेने के लिए।इज्जत साइंस होना चाहिए और ओल्ड पीसीबी यानी फिजिक्स केमिस्ट्री बायोलॉजी पर मार्ग अच्छा होना चाहिए। नहीं तो दाखिला नहीं मिलता है। कहा कहा पर एंट्रेंस एग्जाम भी होता है। वह एग्जाम में फिजिक्स केमिस्ट्री और बायोलॉजी का क्वेश्चन आता है। कहां कहां पर मैच का भी क्वेश्चन आता है। वह सब एमसीक्यू क्वेश्चन पेपर होता है।Government Medical College में पढ़ाई करने वाला  प्रोटीन रहता है क्योंकि Government Medical College को गवर्मेंट जॉब मिलने का अवसर मिलता है।हर स्टेट गवर्नमेंट का एक मेडिकल यूनिवर्सिटी रहता है। वहां से ही यह सब नियंत्रित होता है। हर साल का जनवरी या 2 फरवरी महीने में इसका एडमिशन स्टार्ट होता है, लेकिन प्राइवेट कॉलेज का एडमिशन थोड़ा लेट होता है। यह तो हो गई एडमिशन की बात! अब बात करते हैं इसका फायदा मैं य

Normal BRAIN MRI REPORT Protocol :  A plain MR of the brain was performed, using routine turbo spin echo sequences in multiplanar planes of axial, sagittal and coronal planes using head coil. The sequences used were T1W TSE Axial, T2W TSE Axial, FLAIR Axial, T2W TSE Coronal, TIW TSE Sagittal. Findings :  Cerebral parenchyma reveals normal signal intensity with no evidence of focal or diffuse mass lesion. No evidence of focal altered white matter signal intensity is noted. Grey-white differentiation is maintained. Cortical sulci and extra-axial CSF spaces are normal.  Basal ganglia, thalami and internal capsule appear normal on either side. Ventricular system appears normal in morphology and signal intensity. Corpus callosum is normally visualized without any evidence of callosal thinning or altered signal intensity. Sellar structures & parasellar regions, optic tracts and chiasma appear normal without any abnormal altered  signal intensity. Basal cisterns and s

MRI OF LUMBAR SPINE Protocol  : A plain MRI of the lumbar spine was performed, using routine turbo spine sequences in multiple axial, coronal and sagittal planes using the spine coil. The sequences used were axial T1W and T2W TSE, coronal T2W TSE, sagittal T1W and T2W TSE along with fat supressed T2 screening of the SI joints in axial plane. Findings : There is mild straightening of the lumbar spine with normal posterior alignment of teh vertebral bodies. Normal adult marrow signals of the lumbar vertebrae are noted. The posterior elements are normal. Anterior and lateral marginal osteophytes are seen in the lower lumbar vertebrae. There is mild reduction of the height of the L3-4 lumbar disc with decreased and altered signal intensity of the annulus fibrosus and nucleus pulposus on T2 images of L3-4 & L4-5 suggesting early disc dessication. There is evidence of postero-central and right para-central disc bulge at the level of L4-5  with minimal thecal in

2018 DMRT Question paper