Dr. Foran studies vascular surgery and the use of angioscopy, which is a technique that involves using a small camera to look inside blood vessels during surgery. By using angioscopy, surgeons can gain valuable information about the condition of blood vessels in real-time, allowing them to make adjustments during the procedure. His research involves monitoring patients' heart function during surgeries, particularly those involving the abdominal aorta, to prevent complications and improve outcomes. Overall, his studies help advance how doctors perform vascular surgeries, making them safer and more effective.
Key findings
In a study involving 86 surgical procedures, angioscopy improved surgical management in 14% of anastomoses and identified issues in 30% of cases with graft occlusions.
In testing angioscopic techniques on 5 dogs and 14 human patients, laser targeting was performed without causing any complications, indicating safety and effectiveness.
Monitoring tools used during abdominal aortic surgery helped prevent serious heart problems, benefiting all patients undergoing this procedure.
Frequently asked questions
Does Dr. Foran study vascular surgery?
Yes, Dr. Foran focuses on innovations in vascular surgery, particularly the use of angioscopy to enhance surgical outcomes.
What treatments has Dr. Foran researched?
He has researched the use of angioscopy for visualizing blood vessels and heart monitoring techniques during vascular surgeries.
Is Dr. Foran's work relevant to patients undergoing vascular procedures?
Yes, his research directly benefits patients by improving the safety and effectiveness of vascular surgeries.
Publications in plain English
Intraoperative decisions based on angioscopy in peripheral vascular surgery.
1988
Circulation
Grundfest WS, Litvack F, Glick D, Segalowitz J, Treiman R +5 more
Plain English This study looked at a procedure called intraoperative angioscopy, where a small camera is used during vascular surgery to inspect blood vessels and improve surgical outcomes. The researchers used this technique in 86 surgical procedures and found it provided valuable insights in 73 cases, leading to important changes in management in about 14% of anastomoses and correcting issues in 30% of cases where graft occlusions were identified. This matters because it allows surgeons to make real-time adjustments that can enhance the success of vascular surgeries and improve patient outcomes.
Who this helps: This benefits patients undergoing vascular surgery by increasing the chances of successful procedures.
Angioscopic visualization of blood vessel interior in animals and humans.
1985
Clinical cardiology
Litvack F, Grundfest WS, Lee ME, Carroll RM, Foran R +5 more
Plain English This study explored the use of special cameras called angioscopes to look inside blood vessels in both animals and humans during surgery. Researchers tested this technology on 5 dogs and 14 patients and found it was possible to safely use lasers to target specific areas inside the blood vessels without causing complications. The results show that angioscopy can be a valuable tool for doctors to visualize and treat vascular issues, as no patients experienced any harm from the procedure.
Who this helps: This benefits patients undergoing vascular surgeries.
Hemodynamic monitoring of patients undergoing abdominal aortic surgery.
1983
American journal of surgery
Cohen JL, Wender R, Maginot A, Cossman D, Treiman R +4 more
Plain English This study focused on monitoring heart function in patients who are having surgery to repair the abdominal aorta. Researchers found that using special monitoring tools can help doctors prevent serious heart problems during and after the surgery. They concluded that all patients undergoing this type of surgery can benefit from these monitoring techniques, as they lead to safer outcomes and overall better management of heart health during the procedure.
Who this helps: This helps patients undergoing abdominal aortic surgery.