Allen: A High-Level Trigger on GPUs for LHCb.

We describe a fully GPU-based implementation of the first level trigger for the upgrade of the LHCb detector, due to start data taking in 2021. We demonstrate that our implementation, named Allen, can process the 40 Tbit/s data rate of the upgraded LHCb detector and perform a wide variety of pattern recognition tasks. These include finding the trajectories of charged particles, finding proton-proton collision points, identifying particles as hadrons or muons, and finding the displaced decay vertices of long-lived particles.

[Infusion prevention of fat globulaemia during total hip arthroplasty].

Aim: To assess the effect of the modified infusion therapy regimen on the frequency of development of laboratory and clinical manifestations of fat embolism syndrome in patients after hip replacement.

Material And Methods: The study was conducted in 80 patients (70 men and 10 women) who were admitted for planned revision hip arthroplasty. The criteria for not inclusion in the study were the presence of a traumatic brain injury, episodes of acute disturbance of blood supply (stroke) and diabetes mellitus in history.

[To the question of laboratory diagnostics of fat droplets.].

This study aims to compare of study of blood plasma for the presence of fat globules using the method of V.A. Cherkasov and the method what we developed in 60 patients with severe combined trauma.

[Diagnosis and effective surgical treatment of constrictive pericarditis].

Constrictive pericarditis is a rare and severe disease. Timely and correct differential diagnosis of this pathology facilitates choice of necessary tactics of treatment and thus improve prognosis and quality of life. In this paper we present clinical case report of a patient with constrictive pericarditis.

[The characteristics of the wound-healing action of solubilized alpha-tocopherol acetate].

The rat experiments were made to compare the wound-healing action of solubilized (aqueous) alpha-tocopherol acetate (SATA) prepared by the original techniques and its official oil-based preparation. A course intravenous SATA (2 mg four times at an interval of 4 days) administration was found to stimulate epithelial regeneration and suppress the formation of connective tissue of uncomplicated skin wounds. By healing the complicated wounds, SATA potentiated the occurrence of an inflammatory reaction and slowed down regeneration, whereas its oily solution failed to produce this effect.