MR. ZHEN FAN, M.D
Radiology at Long Point Rd, Houston, TX

License number
Texas N0756
Category
Radiology
Type
Surgery
License number
Texas N0756
Category
Radiology
Type
Vascular Surgery
Address
Address
8830 Long Point Rd STE 308, Houston, TX 77055
Phone
(713) 935-9758
(713) 827-7455 (Fax)
(713) 827-8787

Personal information

See more information about ZHEN FAN at radaris.com
Name
Address
Phone
Zhen Fan
2915 Ashwood St, Houston, TX 77025
Zhen Fan
5102 Patrick Henry St, Bellaire, TX 77401
Zhen Fan
6510 Silver Crescent Dr, Houston, TX 77064
Zhen Fan
2255 Braeswood Park Dr, Houston, TX 77030
Zhen Fan
5102 Patrick Henry St, Bellaire, TX 77401

Organization information

See more information about ZHEN FAN at bizstanding.com

Zhen Fan MD

8830 Long Pt Rd, Houston, TX 77055

Industry:
Surgeons, Vascular Surgery
Phone:
(713) 935-9758 (Phone)
Zhen Fan


ZHEN FAN, M.D., PA

1140 Business Ctr Dr STE 403, Houston, TX 77043

Doing business as:
Zhen Fan, M.D., PA
Registration:
Oct 7, 2009
State ID:
0801178998
Business type:
Professional Association
Director , Member, President:
Zhen Fan (Director , Member, President)
TIN:
32040440656

Professional information

Zhen Fan Photo 1

Zhen Fan, Houston TX

Specialties:
Surgery, Vascular Surgery
Work:
Surgical Associates of Houston, PA
1140 Business Center Dr, Houston, TX 77043
Education:
University of Cincinnati (2002)


Zhen Fan Photo 2

Zhen Fan, Houston TX

Specialties:
Surgeon
Address:
8830 Long Point Rd, Houston, TX 77055
1140 Business Center Dr, Houston, TX 77043


Zhen Fan Photo 3

Regulated Growth Factor Delivery For Engineered Peripheral Nerve

US Patent:
2002013, Sep 26, 2002
Filed:
Jul 20, 2001
Appl. No.:
09/910681
Inventors:
Gregory Evans - Tustin CA, US
Charles Patrick - Houston TX, US
Mathias Schmidt - Konstanz, DE
Zhen Fan - Houston TX, US
International Classification:
A61K048/00
US Classification:
514/044000, 424/093210
Abstract:
The present invention relates to compositions and methods for the stimulation of nerve cell growth and the regeneration of nerve tissue. Using engineered “helper” cells and nerve growth conduits, in vivo stimulation of nerve cell growth, for example, in damaged or diseased tissues, is achieved.