Events

“Promoting Plasticity Along the Visual Pathway in the Adult Brain”   Y. Jennifer Sun, PhD Assistant Professor University College Lond Institute of Ophthalmology Affiliate, Sainsbury Wellcome Centre

Program Overview IN-PERSON, HANDS-ON 2-DAY PROGRAM Available Dates Monday & Tuesday, July 21 & 22, 2025 or Thursday & Friday, July 24 & 25, 2025 Advances in the use of ultrasonography enhance our ability to better characterize acute kidney injury (AKI) and volume assessment in critically ill patients. The initial approach to AKI differentiates between pre-renal, intrinsic, and post-renal/obstructive AKI. Pre-renal AKI results from decreased perfusion of the kidney parenchyma. Intrinsic AKI is an insult that progresses to damage of the kidney tubules and/or direct damage to the nephron itself. Post-renal AKI develops from blockage after the kidney collecting system, such as nephrolithiasis, malignancy compressing a ureter, or prostatic hypertrophy. Pre-renal and post-renal injuries can be reversible, but prolonged injury may develop into intrinsic AKI. The rapid diagnosis of pre- and post-renal obstruction can lead to reversal; ultrasonography through high quality imaging is therefore critical for clinical care, and identification of chronic kidney disease (CKD). Assessment of volume status is an essential component to the care of both the critically ill patient and the care of patient with heart and renal failure. Volume resuscitation management is guided by often inaccurate methods, leading to delays in care management decisions. While volume depletion and decreased cardiac output lead to end organ damage and increased morbidity and mortality, so too does fluid overload lead to pulmonary edema and respiratory failure, heart failure, AKI, hepatic congestion, tissue breakdown and impaired bowel function. POCUS offers additional methods of volume assessment through lung imaging to evaluate for interstitial edema and pleural effusions. A focused cardiac evaluation with POCUS can also be helpful for non-cardiologist physicians in identifying left ventricular dysfunction, valvular dysfunction and pericardial effusions. Point of Care Ultrasound (POCUS) enhances ability to characterize acute kidney injury and volume assessment in critically ill patients. Challenges to POCUS training for nephrologists include: relatively new use of POCUS, physicians lack POCUS training, and lack of POCUS in graduate medical education. Our objective is to train nephrologists utilizing a 2-day curriculum that satisfys POCUS certification through the American Society of Diagnostic and Interventional Nephrology.     Learning Objectives 1. Point of care Ultrasound targets acute kidney injury and volume assessment in critically ill patients through POCUS. 2. Identify and train nephrologists utilizing a 2-day curriculum that satisfies POCUS certification through the American Society of Diagnostic and Interventional Nephrology. 3. Discuss and train the uses of POCUS with physicians and graduate medical education students who lack POCUS training. Credit Information This course will satisfy the instructional requirements (8 hours CME didactic training, 8 hours CME hands-on course) for the American Society of Diagnostic and Interventional Nephrology for POCUS. Please refer to the POCUS application on the ASDIN website for details https://www.asdin.org/page/RUSCert

Program Overview IN-PERSON, HANDS-ON 2-DAY PROGRAM Available Dates Monday & Tuesday, July 21 & 22, 2025 or Thursday & Friday, July 24 & 25, 2025 Advances in the use of ultrasonography enhance our ability to better characterize acute kidney injury (AKI) and volume assessment in critically ill patients. The initial approach to AKI differentiates between pre-renal, intrinsic, and post-renal/obstructive AKI. Pre-renal AKI results from decreased perfusion of the kidney parenchyma. Intrinsic AKI is an insult that progresses to damage of the kidney tubules and/or direct damage to the nephron itself. Post-renal AKI develops from blockage after the kidney collecting system, such as nephrolithiasis, malignancy compressing a ureter, or prostatic hypertrophy. Pre-renal and post-renal injuries can be reversible, but prolonged injury may develop into intrinsic AKI. The rapid diagnosis of pre- and post-renal obstruction can lead to reversal; ultrasonography through high quality imaging is therefore critical for clinical care, and identification of chronic kidney disease (CKD). Assessment of volume status is an essential component to the care of both the critically ill patient and the care of patient with heart and renal failure. Volume resuscitation management is guided by often inaccurate methods, leading to delays in care management decisions. While volume depletion and decreased cardiac output lead to end organ damage and increased morbidity and mortality, so too does fluid overload lead to pulmonary edema and respiratory failure, heart failure, AKI, hepatic congestion, tissue breakdown and impaired bowel function. POCUS offers additional methods of volume assessment through lung imaging to evaluate for interstitial edema and pleural effusions. A focused cardiac evaluation with POCUS can also be helpful for non-cardiologist physicians in identifying left ventricular dysfunction, valvular dysfunction and pericardial effusions. Point of Care Ultrasound (POCUS) enhances ability to characterize acute kidney injury and volume assessment in critically ill patients. Challenges to POCUS training for nephrologists include: relatively new use of POCUS, physicians lack POCUS training, and lack of POCUS in graduate medical education. Our objective is to train nephrologists utilizing a 2-day curriculum that satisfys POCUS certification through the American Society of Diagnostic and Interventional Nephrology.     Learning Objectives 1. Point of care Ultrasound targets acute kidney injury and volume assessment in critically ill patients through POCUS. 2. Identify and train nephrologists utilizing a 2-day curriculum that satisfies POCUS certification through the American Society of Diagnostic and Interventional Nephrology. 3. Discuss and train the uses of POCUS with physicians and graduate medical education students who lack POCUS training. Credit Information This course will satisfy the instructional requirements (8 hours CME didactic training, 8 hours CME hands-on course) for the American Society of Diagnostic and Interventional Nephrology for POCUS. Please refer to the POCUS application on the ASDIN website for details https://www.asdin.org/page/RUSCert

The 9th World Robotics Gynecology Congress (WRGC) represents an evolution in techniques, outcomes and experience from some of the most prolificrobotic surgeons in the world. Since its inception in 2009, WRGC has provided a haven for practicing surgeons to convene and exchange ideas toadvance their knowledge and skills in the application of robotics in complex pelvic surgery. Unique to this year’s congress will an emphasis on video-based surgical tutorials and live demonstrations. New areas of clinical exploration will be addressed throughout the congress while advancements incutting edge technology to enhance robotics are introduced.