oleksandr g., oleksandr b., and alla reznik went to ghent, belgium to present a
comparative study on recombination of the x-ray generated charge in amorphous selenium (a-
se) and amorphous lead oxide (a-pbo) photoconductors. the joint conference they presented at
was the 9th international conference on optical, optoelectronic and photonic materials and
applications, and the 14th euro physical conference on defects in insulating materials
(icoopma-eurodim 2022). more information regarding the conference and other
presentations can be found here.

the post oleksandr grynko, oleksandr bubon, and alla reznik present at conference in belgium appeared first on rezniklab and posted by pavlo karasyuk.

congratulations to pavlo karasyuk and dr. oleksandr bubon on getting your diplomas!here’s to new opportunities open to you with the diploma you now hold as proof of diligence, knowledge, and skills. your hard work, dedication and discipline have paid off.

congratulations!

the post congratulations graduates! appeared first on rezniklab and posted by pavlo karasyuk.

the post congratulations: oleksandr bubon completed phd appeared first on rezniklab and posted by pavlo karasyuk.

breast cancer accounts for approximately 26% of all cancers diagnosed today. like other cancers, breast cancer is most successfully treated if the disease is diagnosed early. the major problem is distinguishing between benign and malignant masses. women are forced to contemplate prophylactic mastectomy because predictive power of current imaging is poor.
radialis corporation (a spin-off company of the tbrhri and 阿根廷vs墨西哥竞猜 ) is manufacturing an advanced positron emission mammography (pem) system for molecular (or functional) imaging of breast cancer. pem detects small cancerous breast lesions based on their increased glucose metabolism and such its imaging performance is inherently independent on breast tissue density.
the core technology of the pem system was developed in our research laboratory under the supervision of dr. alla reznik. radialis pem employs 2 planar high-resolution detector heads placed on both sides of gently steadied breast (see figure above). pem only requires breast immobilization rather than compression and hence completely eliminates pain. during image acquisition, detectors fully cover the entire breast that allows for improved sensitivity capable of significant radiation dose reduction in comparison with commercially available scanners. large field-of-view detector design enables high-resolution. tumors as small as 1.2 mm will be detectable by the initial results of radials’s pem system.
radialis’s pem technology can be used as an adjuvant technique for breast cancer detection, and an integral part of the surveillance protocol of women at high and intermediate lifetime risk of breast cancer. technological advances used will reduce manufacturing cost for pem devices, thus positively influence people health.

for more information, please see an article “using positron emission mammography to detect breast cancer” or our latest publication on the topic: “evaluation of a high-sensitivity organ-targeted pet camera”.

the post low-dose organ-targeted positron emission tomography appeared first on rezniklab and posted by pavlo karasyuk.