Sean-robert Beeton Clark, in Balitmore, MD - Social Worker

Sean-robert Beeton Clark, is a Social Worker - Clinical based in Balitmore, Maryland. Sean-robert Beeton Clark is licensed to practice in Maryland (license number 26439) and his current practice location is [email protected], 6802 Mcclean Blvd,, Balitmore, Maryland. He can be reached at his office (for appointments etc.) via phone at (410) 444-3800.

NPI number for Sean-robert Beeton Clark is 1740990639 and his current mailing address is [email protected], 6802 Mcclean Blvd,, Balitmore, Maryland. He does not participate in medicare program and thus does not accept medicare assignments. His NPI Number is 1740990639.

Contact Information

	Sean-robert Beeton Clark,
	[email protected], 6802 Mcclean Blvd,, Balitmore, MD 21234-7260
	(410) 444-3800
	Not Available

Healthcare Provider's Profile

Full Name	Sean-robert Beeton Clark
Gender	Male
Speciality	Social Worker - Clinical
Location	[email protected], Balitmore, Maryland
Accepts Medicare Assignments	Does not participate in Medicare Program. He may not accept medicare assignment.

NPI Data:

NPI Number: 1740990639
Provider Enumeration Date: 12/01/2022
Last Update Date: 12/01/2022

Medical Identifiers

Medical identifiers for Sean-robert Beeton Clark such as npi, medicare ID, medicare PIN, medicaid, etc.

Identifier	Type	State	Issuer
1740990639	NPI	-	NPPES
26439	Medicaid	MD

Medical Taxonomies and Licenses

Taxonomy	Type	License (State)	Status
1041C0700X	Social Worker - Clinical	26439 (Maryland)	Primary

Medicare Part D Prescriber Enrollment

Any physician or other eligible professional who prescribes Part D drugs must either enroll in the Medicare program or opt out in order to prescribe drugs to their patients with Part D prescription drug benefit plans. Sean-robert Beeton Clark is NOT enrolled with medicare and thus cannot prescribe medicare part D drugs to patients with medicare part D benefits.

Mailing Address and Practice Location

Mailing Address	Practice Location Address
Sean-robert Beeton Clark, [email protected], 6802 Mcclean Blvd,, Balitmore, MD 21234-7260 Ph: (410) 444-3800	Sean-robert Beeton Clark, [email protected], 6802 Mcclean Blvd,, Balitmore, MD 21234-7260 Ph: (410) 444-3800

News Archive

New study identifies possible treatment to block deposition of calcium in arterial wall

HGPS is a rare genetic disease that affects one in every 4-8 million births. The disease is caused by a spontaneous mutation in one of the two copies (alleles) of the gene LMNA, which codes for lamin A, a protein important for the integrity and function of the envelope surrounding the cell nucleus. The mutation causes incorrect processing of the messenger RNA for lamin proteins, resulting in the synthesis of an anomalous protein, called progerin.

Children born outside U.S. have lower prevalence of allergic disease

A study by Jonathan I. Silverberg, M.D., Ph.D., M.P.H., of St. Luke's—Roosevelt Hospital Center, New York, and colleagues suggests children living the in the United States but born outside the U.S. have a lower prevalence of allergic disease that increases after residing in the United States for one decade.

Human monoclonal antibodies neutralize SARS-CoV-2 in an Fc-independent manner

Researchers from Israel recently isolated a set of SARS-CoV-2 neutralizing monoclonal antibodies from blood samples of patients with severe COVID-19. They were the first to show that transgenic K18-hACE2 mice infected with lethal doses of SARS-CoV-2 can be fully protected by administering antibodies even 3 days after infection

Umbilical cord-derived stem cells from women with gestational diabetes show premature aging

Multipotent cells isolated from the human umbilical cord, called mesenchymal stromal cells (hUC-MSCs) have shown promise for use in cell therapy to treat a variety of human diseases. However, intriguing new evidence shows that hUC-MSCs isolated from women with gestational diabetes demonstrate premature aging, poorer cell growth, and altered metabolic function, as reported in an article in Stem Cells and Development, a peer-reviewed journal from Mary Ann Liebert, Inc., publishers.

Western diets promote bacterial growth in the small intestine, increase fat digestion and absorption

A researcher at Midwestern University led a new study showing that Western diets, high in fat and simple sugar, promote the growth of bacteria in the small intestine that increase fat digestion and absorption.

Sean-robert Beeton Clark, - Clinical Social Worker in Balitmore, MD