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Stanford Radiology
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Добавлен 14 май 2020
The people and programs comprising Stanford Radiology are world-renowned. Stanford Radiology is focused on the important role in the development of personalized medicine by translating advances from the laboratories to the clinic for improved patient-centric care. Anticipating better tools for implementing personalized medicine, we are developing a patient-centric approach to radiology that will greatly increase the interaction between radiologists and their patients. In this way, radiologists will no longer be invisible, behind-the-scenes, contributors to their patients, but will be front and center members of their patients' health care teams.
Видео
02 0945 Session 1 Neurology and Neuroscience 001
Просмотров 1399 месяцев назад
02 0945 Session 1 Neurology and Neuroscience 001
05 1430 Session 4 Next Generation Technologies 004
Просмотров 929 месяцев назад
05 1430 Session 4 Next Generation Technologies 004
Stanford Radiology: CEDSS (Winter) 2023, Eberlin: Mass Spectrometry Analysis in Cancer Research
Просмотров 224Год назад
October 2023 CEDSS: "Direct Mass Spectrometry Analysis in Basic and Translational Cancer Research" Livia Schiavinato Eberlin, PhD Associate Professor, Michael E. DeBakey Department of Surgery Translational Research and Innovations Endowed Chair Director, Translational and Innovations Research Director, INSTINCT Surgical Technology & Innovation Center Member, Dan L. Duncan Comprehensive Cancer C...
10 1700 Closing Remarks
Просмотров 52Год назад
Joseph M. DeSimone, PhD - Co-Director, PHIND Center Stanford University
09 1645 Diversity in Science: DEI . . . An Insider’s Perspective
Просмотров 42Год назад
Michael Barber, DEng
08 1515 Session 3: Dream Team - Where are They Now?
Просмотров 83Год назад
Session 3: Dream Team - Where are They Now? Moderator: Ryan Spitler, PhD - Deputy Director, PHIND Center, Stanford University Ian Gotlib, PhD - Professor of Psychology, Stanford University Dalia Perelman, MS, RDN, CDCES - Dietician, Stanford University Anthony Wagner, PhD - Professor and Deputy Director, Wu Tsai Neurosciences Institute Panel Discussion
07 1335 Session 2: Point of Care Monitoring and Continuous Monitoring
Просмотров 141Год назад
Session 2: Point of Care Monitoring and Continuous Monitoring Moderator: Vik Bajaj, PhD - Managing Director, CEO, Foresite Labs Kara Egan, BS, MBA - CEO Teal Health Marc Taub, PhD - Divisional Vice President, Technical Operations, Abbott Diabetes Care Vijit Sabnis, PhD - CEO, Eigen Biosciences Ashraf Hanna, MD, PhD - CEO, Genalyte Panel Discussion
06 1250 John Rogers, PhD - Keynote: Soft Electronics for Maternal, Fetal and Neonatal Health
Просмотров 739Год назад
John Rogers, PhD - Professor Northwestern University
05 1020 Session 1: Precision Monitoring and Treatment
Просмотров 253Год назад
Session 1: Precision Monitoring and Treatment Moderator: Jason Thanh Lee, PhD, Deputy Director, Molecular Imaging Program at Stanford Andrew Lacy, JD, MBA - CEO, Prenuvo Carina Mari Aparici, MD - Professor, Stanford University Ana Jaklenec, PhD - Principal Research Scientist and PI, Massachusetts Institute of Technology Michael Aldridge - CEO, Focal Medical Panel Discussion
04 1005 Dean Lloyd Minor, MD - The Future of Precision Health
Просмотров 318Год назад
Lloyd Minor, MD - Dean, School of Medicine Stanford University
03 0910 Hedvig Hricak, MD, PhD, Drhcm - Keynote: A Path Towards Precision Oncology
Просмотров 245Год назад
Hedvig Hricak, MD, PhD, Drhcm - Professor, Gerstner Sloan Kettering Graduate School of Biomedical Sciences Memorial Sloan Kettering Cancer Center
02 0840 Joe DeSimone, PhD - PHIND Center Future Directions
Просмотров 287Год назад
02 0840 Joe DeSimone, PhD - PHIND Center Future Directions
Stanford Radiology: CEDSS (Spring) 2023, Kohli: Treatment Landscape of Advanced Prostate Cancer
Просмотров 210Год назад
Stanford Radiology: CEDSS (Spring) 2023, Kohli: Treatment Landscape of Advanced Prostate Cancer
Stanford Radiology: CEDSS (Spring) 2023, Cunningham: Ultrasensitive and Ultraselective Liquid Biopsy
Просмотров 291Год назад
Stanford Radiology: CEDSS (Spring) 2023, Cunningham: Ultrasensitive and Ultraselective Liquid Biopsy
Stanford Radiology: CEDSS (Spring) 2023, Hummon: Spatial SILAC
Просмотров 116Год назад
Stanford Radiology: CEDSS (Spring) 2023, Hummon: Spatial SILAC
Stanford Radiology: PHIND (Fall) 2022, Zhang: Precision Environmental Health Exposome Tracker
Просмотров 1332 года назад
Stanford Radiology: PHIND (Fall) 2022, Zhang: Precision Environmental Health Exposome Tracker
Stanford Radiology: CEDSS (Fall) 2022, Brindle: Imaging Tumor Metabolism - From Mouse to Man
Просмотров 2832 года назад
Stanford Radiology: CEDSS (Fall) 2022, Brindle: Imaging Tumor Metabolism - From Mouse to Man
Stanford Radiology: PHIND (Summer) 2022, Chaudhari: Disease Prediction using Imaging & Deep Learning
Просмотров 5142 года назад
Stanford Radiology: PHIND (Summer) 2022, Chaudhari: Disease Prediction using Imaging & Deep Learning
2:30pm - 2:55pm: Monitoring and Modulating the Electrophysiology of the Digestive System
Просмотров 1282 года назад
2:30pm - 2:55pm: Monitoring and Modulating the Electrophysiology of the Digestive System
11:20am - 11:50am: Trainee Programming
Просмотров 1262 года назад
11:20am - 11:50am: Trainee Programming
9:55am - 10:20am: Emerging CT Technology: Photon Counting CT
Просмотров 2,9 тыс.2 года назад
9:55am - 10:20am: Emerging CT Technology: Photon Counting CT
11:00am - 11:20am: Advances in Nuclear Medicine and Theranostics
Просмотров 6952 года назад
11:00am - 11:20am: Advances in Nuclear Medicine and Theranostics
10:35am - 11:00am: Radiometals in Theranostics: From Chelate Chemistry to in vivo Studies
Просмотров 2092 года назад
10:35am - 11:00am: Radiometals in Theranostics: From Chelate Chemistry to in vivo Studies
1:25pm - 1:50pm: Image-guidance for in vivo Cellular Control
Просмотров 572 года назад
1:25pm - 1:50pm: Image-guidance for in vivo Cellular Control
1:50pm - 2:15pm: Genetic Factors in Breast Cancer Screening and Imaging
Просмотров 1012 года назад
1:50pm - 2:15pm: Genetic Factors in Breast Cancer Screening and Imaging
Are you still using Gadolinium?
Great
Great work.
Remember fellas, no bubbles, no troubles
Agreed.
Many thanks for the post
Super touched!!
10:22 you might want to say L4 nerve
Comprehensive review, thank you very much😊
Amazing work! Thanks
Impressive
Amazing !!!!
IF lidocaine is needed! That would be somewhat comical if it wasn’t so horrifying to hear. “ raising hand” uh, I hope you are coordinating with the anesthesia department because I’ll have the Propofol for my appetizer
Thank you
Amazing! Thanks Dr Bluemke 🙏
Comprehensive, concise, nice case demonstration
Best lecture ever!
thank you for your wonderful lecture. What is the cut off for ligamentum flavum thickening? Is there any standard guidelines for facetal joint hypertrophy?
@ 8:21 Your red line isn't denoting the zygomatic arch. It seems to be outlining the middle cranial fossa. The zygomatic arch is anterior and level with the articular eminence. The red line should be placed more inferior than where it currently is.
@ 7:08 This is not artifact from the chin rest. This is shadow of the patient's C-spine. It can become more evident (more radiopaque) if the patient was slouched during acquisition.
@ 11:48 The patient's head was rotated towards the left side during acquisition and the patient isn't fully closed. This rotation places the patient's left side lingual to the focal trough and causes enlargement on this side, and narrowing on the other. To confirm, please note the increased size and overlap of the dentition on the left side compared to the non-overlapped smaller sized teeth on the right side. Ruling out positioning errors first is vital. You don't want to fall into the trap of thinking a problem exists. The TMJs present WNL on the panoramic. Appears as normal functional remodeling, unless the patient is symptomatic. Mandibular condyles appear in an assortment of anatomic variations.
@ 4:34 Third molars presenting in a patient at this age should make you cautious for ankylosis (lack of follicular sac and loss of PDL space visualization are key findings). Please note that ankylosed teeth are at increased risk for spontaneous internal resorption which may or may not be symptomatic.
@ 2:24 This is not artifact from the chin rest. This is shadow of the patient's C-spine. It can become more evident (more radiopaque) if the patient was slouched during acquisition.
Great work
as an er radiology tech I am learning to better my radiographs by these presentations thank you
great stuff. Thank's for your work.
Excellent.. Superbb... Very informative video thanksssss
is there a way to look at the side views Sagittal or the top views Axial as you were standing behind it. so if you see the side view, can you pull that image up and look behind it, like you were standing behind the patient? and do the same with the top image raise it up so that you are standing behind the person?
Congrats, for this amazing video. ☠☢
Loved it, please make more about different IR procedures if possible
Great video!
Fantastic demonstration
what is A.L.L
Thank you
Can you do a video on adhesive arachnoiditis please
Proud moment etched permanently in history
Very good lecture. Thank you
It's a kind of behaviural treatment
❤its just abehaioural treatment.have patient's
Woud you accepted from me it's som adjustment I'm suhre you need it to say you stop thinking sikly just about your self and your lonly dreams beleve me it's good for you all
طلقني عم اختبر صبرك وفهمك
في اشياء كتير بالحياه لازم تفهمها غير صناعه المحتوى والآدز والبرمجه
في اشياء كتير بالحياه لازم تفهمها غير صناعه المحتوى والآدز والبرمجة وغير الحب ولا كراهيه ولا قدام ولا ورا
انا مابدي منك مصاري حطهم مع حسام قاطرجي واشبع انت وعشيرتك مصاري بشرط تصدقني النيه لتسعدوتنرزق لانو صحبتي ورايي رزقه
Thank you very much Very easy to understand 😊
Enjoyed your video. I have a question about the sheath. When you insert a catheter through a sheath doesn’t the blood still flow through one end of the Catheter and out the other. After all the catheter still has to slide over the wire and that wire has to go through the sheath
Why Standford and MIT Masschutes are unable to innovate and solve spinal disorder with better spine surgeries techniques and technology. Currently Robotic Assisted Spine Surgery and Total disc replacement surgery is used. But both are not perfect. There could be nanotechnology and 3d printing artificial disc replacement device for spine disc surgery where one can perform endoscopic artificial disc replacement surgeries. Some Innovation is needed from Standford, UCSF, MIT Masschutes, Harvard Medical School for Spine.
What about 3D CT Scan using 256 slice or 320 slice or 640 slice? 3D Scan is not possible using MRI or Functional MRI for Spine? there should be some innovation in this field?
good work, keep going
Poor articulation
Good explanation thank you
Amazing vedios in good detail tysm sir ❤
Good
Excellent explaination
Really it is the best lecture illustrate labral abnormaleteis . Thanks a lot.