A Novel Digital Tourniquet Using a Sterile Glove and Hemostat

Background. Surgery of the digit is facilitated with adequate hemostasis for visualization of the operative field. Several types of tourniquets have been used for this purpose, including glove fingers, Penrose drains, Marmed digital tourniquets, and standard pneumatic tourniquets.
Objective. To present a novel method to achieve hemostasis during surgery of the digit.
Materials. A slightly oversized sterile glove, a hemostat, and a pair of scissors.
Conclusion. We present a novel method to achieve hemostasis using a sterile glove and a hemostat, that allows the surgeon to methodically titrate the amount of compression necessary to attain a bloodless field while minimizing the risks of excessive pressures.
Surgery of the digit is facilitated with adequate hemostasis for visualization of the operative field. Several types of tourniquets have been used for this purpose, including glove fingers, Penrose drains, Marmed digital tourniquets, and standard pneumatic tourniquets. We present a novel method to achieve hemostasis using a sterile glove and a hemostat that allows the surgeon to methodically titrate the amount of compression necessary to attain a bloodless field while minimizing the risks of excessive pressures.     

Conversion of manual to total computerized medical records

The use of computerized medical records for complex medical patients will depend upon the transfer of previous medical data from the manual record into the automated version. The complexity of these patients precludes the complete transfer of medical data into the automated record because of time requirements. This paper describes a method of transfer of medical data from the manual record to the computerized record that is efficient, accurate, and useful.     

Barriers to working with impaired trainees: A resident's viewpoint

Psychiatric trainees and educators alike know that significant impairment may occur during training. Although psychiatry programs can do much to identify, treat, and prevent trainee impairment, barriers that may hinder programs from adequately addressing the problems of the impaired trainee continue to exist. These barriers include stigmatization and rejection of the impaired trainee, lack of focus on primary prevention, problematic supervisor-resident relationships, and trainee resistance to intervention. An atmosphere of candor and support, impairment-related seminars, and informed and alert supervisors can be helpful in easing the stress of training and reducing trainee impairment.     

Impact of reversible trapping of tracer and the presence of blood metabolites on measurements of myocardial glucose utilization performed by PET and 18F-fluorodeoxyglucose using the Patlak method

In this study we demonstrated that significant egress of FDG from myocardium occurs within the first hour after tracer injection leading to nonlinear Patlak plots. There are also significant amounts of acidic FDG metabolites present in the blood. However, the impact of these metabolites on the estimates of myocardial glucose utilization (MGU) is negligible. Although further studies will be required to elucidate the reason for the egress of tracer from myocardium, not accounting for it will result in erroneous estimates of MGU.