The rheological properties of blood under basal cell skin cancer in the immediate postoperative period

Introduction. For the purpose of studying of changes of a cellular link of the immune status and rheological properties of blood at patients with a bazalno-cellular cancer of skin in the course of expeditious treatment 39 patients at the age of 65 ± have been examined 3 years. Researches were conducted before expeditious treatment, in the first postoperative days, for the fifth, seventh, tenth postoperative days. Materials and Methods. Changes of rheological properties of blood it has been carried out at 39 patients, the age of patients has made 65±3 years. Researches were conducted before expeditious treatment, in the first postoperative days, for the fifth, seventh, tenth postoperative days. For comparison indicators of rheological properties of blood at 17 rather healthy volunteers of the same age and a floor are studied (group of comparison 1) and 20 patients operated concerning skin fibroma (group of comparison 2), the age and a sex of patients from group of comparison 2 has coincided with the main group, studying of indicators was carried out for the same days. The patient the diagnosis is confirmed to all morphologically before carrying out expeditious treatment. Studying of viscosity of blood was carried out by means of the rotational AKP-2 viscometer at shift speeds: 200; 100; 150; 50 and 20 with-1. Results. It is established that at patients with bazalno-cellular prior to expeditious treatment increase of indicators of rheological properties of blood is noted at all speeds of shift, the index of aggregation of erythrocytes, an index of deformability of erythrocytes, gematokrit also degree of efficiency of delivery of oxygen to fabrics. In the first postoperative days substantial increase of rheological properties of blood will despair at all speeds of shift. Discussion and Conclusions. Performance of surgery at a bazalno-cellular cancer of skin leads only to partial restoration of indicators of viscosity of blood at high speeds of shift.