DANIELE RIGAMONTI, M.D.
Medical Practice at Wolfe St, Baltimore, MD

License number

Maryland D35781

Personal information

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Name

Address

Phone

Daniele Rigamonti, age 72

3412 Old Forest Rd, Pikesville, MD 21208

(410) 484-3073

Daniele L Rigamonti, age 72

2807 Old Court Rd, Pikesville, MD 21208

(410) 484-3073

Daniele L Rigamonti, age 72

3412 Old Forest Rd, Pikesville, MD 21208

(410) 484-3073

Organization information

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Daniele Rigamonti MD

600 N Wolfe St, Baltimore, MD 21287

Industry:

Neurosurgeon, Spine Doctor

Phone:

(410) 955-5000 (Phone)

Daniele E. Rigamonti

Daniele Rigamonti MD

401 N Broadway St #1440, Baltimore, MD 21287

Categories:

Neurology Physicians & Surgeons

Phone:

(410) 955-6980 (Phone)

Johns Hopkins Dept-Neurosurgry - Daniele Rigamonti MD

600 N Wolfe St #126, Baltimore, MD 21287

Categories:

Neurology Physicians & Surgeons

Phone:

(410) 955-2259 (Phone)

Professional information

See more information about DANIELE RIGAMONTI at trustoria.com

Dr. Daniele Rigamonti, Baltimore MD - MD (Doctor of Medicine)

Specialties:

Neurosurgery

Address:

600 N Wolfe St, Baltimore 21287
Sidney Kimball Cncr Cntr Rad On
401 N Broadway St SUITE 1440, Baltimore 21287
(410) 955-6980 (Phone)

Certifications:

Neurosurgery, 1988

Awards:

Healthgrades Honor Roll

Languages:

English

Hospitals:

600 N Wolfe St, Baltimore 21287
Sidney Kimball Cncr Cntr Rad On
401 N Broadway St SUITE 1440, Baltimore 21287
The Johns Hopkins Hospital
1800 Orleans St, Baltimore 21287

Education:

Medical School
U Cath Sacro Cuore
Mount Sinai Hospital
Barrow Neuro Inst

Daniele Rigamonti, Baltimore MD

Specialties:

Neurosurgeon

Address:

600 N Wolfe St, Baltimore, MD 21287
600 N Wolfe, Baltimore, MD 21287

Education:

Catholic University of the Sacred Heart, Agostino Gemelli Faculty of Medicine and Surgery - Doctor of Medicine
Mount Sinai Hospital, The - Residency - Neurological Surgery

Board certifications:

American Board of Neurological Surgery Certification in Neurological Surgery

Professor At Johns Hopkins School Of Medicine

Position:

Professor at Johns Hopkins School of Medicine

Location:

Baltimore, Maryland Area

Industry:

Research

Work:

Johns Hopkins School of Medicine - Professor

Daniele E Rigamonti, Baltimore MD

Specialties:

Neurological Surgery, Orthopaedic Surgery of the Spine

Work:

The Johns Hopkins Hospital
600 N Wolfe St, Baltimore, MD 21287 JHU Neurology
601 N Caroline St, Baltimore, MD 21287 Jhu
14955 Shady Grove Rd, Rockville, MD 20850

Education:

Universita Cattolica Del Sacro Cuore (1976)

Shunt And Access Port

US Patent:

2005011, Jun 2, 2005

Filed:

Sep 17, 2004

Appl. No.:

10/943210

Inventors:

Kieran Murphy - Baltimore MD, US
Daniele Rigamonti - Baltimore MD, US
Michael Williams - Baltimore MD, US

International Classification:

A61M005/00

US Classification:

604008000

Abstract:

A shunt for draining cerebral spinal fluid from the brain and an access port for use therein is provided. In an embodiment, the shunt includes a master control unit that is located in the abdomen, which interconnects a ventricular catheter and a second catheter, typically located in the peritoneal cavity. In a specific embodiment, the master control unit includes a variety of ‘smart’ features including at least one access port to allow the injection of solutions for the prevention or removal of blockages in the catheter, and/or antibiotics. The access port can have other uses, such as allowing a point of access for physical navigation of a catheter or the like within the shunt, thereby providing another option for breaking-up blockages, and/or allowing an access point for repairing the shunt's components. Additionally, the master control unit includes a diagnostic unit that transmits, either wirelessly or through a wired connection via the access port, diagnostic information about the status of the patient and/or the shunt.

Self-Sealing Catheter For Deformable Tissue

US Patent:

2006011, Jun 1, 2006

Filed:

Nov 30, 2004

Appl. No.:

10/998676

Inventors:

Kieran Murphy - Baltimore MD, US
Michael Williams - Baltimore MD, US
Daniele Rigamonti - Baltimore MD, US

International Classification:

A61M 29/00

US Classification:

604104000, 604530000

Abstract:

A self-sealing catheter for use in non-conformable tissue is provided. In an embodiment, the catheter includes a tube with an expandable portion that comprises nitinol. Upon an increase in temperature, the expandable portion of the tube expands to conform to the surrounding non-conformable tissue such that the expandable portion in the expanded state provides a seal between an exterior of the catheter and the non-conformable tissue. In a specific embodiment, the nitinol is embedded in the wall of the expandable portion of the tube in a braided mesh configuration, and provides a radial force that substantially prevents the expandable portion of the tube from collapsing when bent. Additionally, the catheter can include one or more radiopaque markers to assist in X-ray guided placement of the catheter in a patient's tissue. In another embodiment, the catheter includes an expandable coating surrounding the expandable portion of the tube, wherein the expandable coating comprises a hydrogel polymer. Upon an increase in temperature, the expandable coating expands to conform to the surrounding non-conformable tissue such that the expandable coating in the expanded state provides a seal between an exterior of the catheter and the non-conformable tissue.

Shunt

US Patent:

6932787, Aug 23, 2005

Filed:

Apr 29, 2003

Appl. No.:

10/424709

Inventors:

John A. Cowan - Ann Arbor MI, US
Kieran Murphy - Baltimore MD, US
Michael Williams - Baltimore MD, US
Daniele Rigamonti - Baltimore MD, US

International Classification:

A61M005/00

US Classification:

604 9, 604 10, 604 8

Abstract:

A shunt for draining cerebral spinal fluid from the brain is provided. In an embodiment, the shunt includes a master control unit that is located in the abdomen, which interconnects a ventricular catheter and a second catheter, typically located in the peritoneal cavity. In a specific embodiment, the master control unit includes a variety of ‘smart’ features including at least one access port to allow the injection of solutions for the prevention or removal of blockages in the catheter, and/or antibiotics. The access port can have other uses, such as allowing a point of access for physical navigation of a catheter or the like within the shunt, thereby providing another option for breaking-up blockages, and/or allowing an access point for repairing the shunt's components. Additionally, the master control unit includes a diagnostic unit that transmits, either wirelessly or through a wired connection via the access port, diagnostic information about the status of the patient and/or the shunt.