Gregory S Volk, PSY D Psychologist - Clinical Medicare: Accepting Medicare Assignments Practice Location: 501 3rd St Ne Ste 1, Devils Lake, ND 58301 Phone: 701-662-1911 Fax: 701-662-4770 |
Ms. Roxanne Mae Rose, PHD Psychologist Medicare: Medicare Enrolled Practice Location: 217 Grandview Ave, Devils Lake, ND 58301 Phone: 701-662-5590 Fax: 701-665-3252 |
Patricia J Bradley, PSY.D Psychologist Medicare: May Accept Medicare Assignments Practice Location: 200 Highway 2 Sw, Devils Lake, ND 58301 Phone: 701-665-2200 Fax: 701-665-2300 |
David P Kuna, PH.D. Psychologist Medicare: Accepting Medicare Assignments Practice Location: 200 Highway 2 W, Devils Lake, ND 58301 Phone: 701-665-2200 Fax: 701-665-2300 |
Dr. Jocelyn Soderstrom, PSYD Psychologist - Clinical Medicare: Accepting Medicare Assignments Practice Location: 218 4th St Nw Ste 1, Devils Lake, ND 58301 Phone: 701-662-8255 Fax: 701-662-1739 |
Dr. Jennifer Hoffarth, PSYD Psychologist - Clinical Medicare: Accepting Medicare Assignments Practice Location: 218 4th St Nw Ste 1, Devils Lake, ND 58301 Phone: 701-662-8255 Fax: 701-662-1739 |
News Archive
According to new research, women who are victims of violence at the hands of men are highly likely to suffer mental disorders for the rest of their lives.
Stem cells have two important capabilities: they can develop into a wide range of cell types and simultaneously renew themselves, creating fresh stem cells. Using a model of the blood forming (hematopoietic) system, researchers at the Technical University of Munich (TUM) have now been able to precisely determine, which signaling pathways play an essential role in the self-renewal of blood stem cells. A particularly decisive role in this process is the interactive communication with surrounding tissue cells in the bone marrow.
Approximately 5% of people with Covid-19 progress to a severe or critical form, including the development of severe pneumonia that progresses to acute respiratory distress syndrome.
Neuroscientists have long held that the brains of children thin down over time. However, this was on the basis of older imaging techniques. Now, using cutting-edge technology in the form of quantitative magnetic resonance imaging (qMRI), a team of researchers has found that the apparent thinning is due in part to myelin formation around the cortical nerve fibers. These very interesting findings, published in the journal PNAS on September 23, 2019, will drive further research on the link between cortical function and structure.
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