gebhart/patrepeval huggingface dataset:
Evaluation of indium-111-labeled anti-fibrin antibody for imaging vascular thrombi. (1988)

Monoclonal antibody 59D8 developed by Hui et al., binds to fibrin but not fibrinogen. An 111In-labeled Fab fragment of 59D8 was studied in vitro and in animal models to evaluate its potential for imaging thrombi and emboli in man. Rabbits and dogs were used as models for studying thrombus uptake in vivo. Thrombi and emboli up to 4 days old were successfully visualized at 4-24 hr postinjection in five of eight rabbits. In dogs, 0.5-hr-old and 24-hr-old thrombi were successfully imaged at 24 hr in six of eight animals, and 3/6 of these were positive at 3-4 hr postinjection. Thrombus-to-blood ratios in the dogs averaged 7.1 +/- 1.3. The findings suggest this antibody may be useful for imaging thrombi in man.
P‐32: A New Driving Pixel Circuit to Alleviate AMOLED Degradation (2010)

Abstract This study proposes a new driving pixel circuit in an active matrix organic light‐emitting diode (AMOLED). It is designed to decrease current density and supply the operation of negative bias stress for alleviating OLED degradation, while is capable of improving threshold voltage (V th ) shift of thin film transistors (TFTs) by current‐mode compensation circuit.
Simple model for the time dependence of the periodically excited crossed-beam thermal lens (1986)

A time-dependent model is presented for the periodically excited crossed-beam thermal lens. In order to obtain good agreement between the theory and data for chopped excitation, it is necessary to consider the finite time required to block and unblock the pump beam. Unfortunately, a closed form expression has not been developed which considers the excitation waveform for a chopped Gaussian beam. On the other hand, a useful approximation has been developed based on a trapezoidal excitation function. This model is verified with respect to time, absorbance, alignment, and thermal diffusivity.