Protein Polymer Technologies Reports $1 Million in New Equity Invesment
SAN DIEGO, January 29, 2002 -- Protein Polymer Technologies,
Inc. (OTC Bulletin Board: PPTI), reports today that it has received approximately
$1 million in additional capital through the exercise of warrants for the
purchase of common stock. The proceeds will be used in part to accelerate
the CompanyÕs clinical testing of its product for the treatment of female
stress urinary incontinence.
"We continue to make progress in developing PPTIÕs
tissue augmentation products and tissue adhesive technology. Through our
partner,
Femcare Ltd., we have initiated the European clinical trials of our female
stress urinary incontinence product. We have recently initiated preclinical
animal testing of our tissue adhesive technology. Our partner, Spinal Wave,
Inc., is progressing with the use of this technology for the treatment
of
lower back pain due to damaged or deteriorated spinal disks," said J. Thomas
Parmeter, PPTIÕs President and Chief Executive Officer. "However, our
ability to complete U.S. clinical testing of the incontinence product
and the dermal
augmentation product requires the identification of additional sources
of working capital. Over the next few months, the Company will seek to
raise
additional funds for continuing operations through private or public offerings,
and through additional collaborative agreements."
Protein Polymer Technologies, Inc., is a biotechnology
company focused on developing products to improve medical and surgical
outcomes.
From its inception in 1988, PPTI has been a pioneer in protein design and
synthesis, developing an extensive portfolio of proprietary biomaterials.
These genetically engineered biomaterials are high molecular weight proteins,
processed into products with physical and biological characteristics tailored
to specific clinical performance requirements. Targeted products include
urethral bulking agents for the treatment of stress urinary incontinence,
dermal augmentation products for cosmetic and reconstructive surgery, surgical
adhesives and sealants for repair of spinal disks, scaffolds for wound
healing
and tissue engineering, and depots for local drug delivery.