[The modification of technique of detection of free cortizol in urine.].

The detection of free cortizol in day urine is an informative marker for diagnosing conditions of hypo- and hypercorticism. Up to 1% of cortizol, in invariable form and with no association with proteins and secreted by adrenal cortex, is excreted with urine during a day. The level of free cortizol in urine has no dependencies from day variation of hormone in blood and hence it reflects total secretion of cortizol by adrenal cortex.

[Possibility of the use of the conjugate of indocyanine green with albumin for infrared fluorescent diagnosis of pathological processes in experiment].

An investigation of fluorescent diagnosis possibility in the near infrared range was performed on a rat model of the Pliss lymphosarcoma (30 rats) with the use of indocyanine green (ICG) as a fluorescent marker and photosensitizer. For conju- gates of ICG there were used bovine and human albumins as these proteins in solution strengthened and stabilized fluorescence and in intravenous administration promoted improving diagnosis while the diagnostic contrast after administration during the optimum time was no less than 6. It permitted to easily detect a pathological focus (tumor or inflammation).

[PERSONALIZATION OF TREATMENT FOR CERVICAL CANCER DURING PREGNANCY].

The paper presents a clinical case of a patient of 29 years old with a diagnosis of cervical cancer sIIA1 stage with the modern therapeutic approach: as a diagnostic and treatment phase there was performed videoendoscopic pelvic lymph node dissection at a 16-week pregnancy, excluded lymphogenous spread of tumor and on the basis of which it was decided to prolong pregnancy, given the strong desire of the patient to keep the baby. At a 19-week and a 23-week pregnancy there were two courses of neoadjuvant chemotherapy and at a 34-week--Cesarean delivery with simultaneous radical hysterectomy and ovarian transposition followed by a course of adjuvant distant radiotherapy. The final diagnosis was as pT2aN0M0.