Drexel University

Temple University

University of Pennsylvania

The Children's Hospital of Philadelphia

Philadelphia University

Peter I Lelkes

Yah-El H Har-el

Mengyan Li

Philip Lazarovici

Jonathan A Gerstenhaber

Sogol Moaiyed Baharlou

Anat Perets

Dara L Woerdeman

Mark J Mondrinos

Cezary Marcinkiewicz

Anat Katsir

Honesto Poblete

Leko Lin

Robert J Levy

Yury Gogotsi

Frank K Ko

Gongyao Zhou

Vadym Mochalin

Russell Composto

Muthu Govindaraj

David Brookstein

H Gozde Senel

Pimporn Uttayarat

Christine M Finck

Azadeh Timnak

Jonathon A Gerstenhaber

Compositions and methods for the promotion of wound healing and tissue regeneration are described. The compositions and methods make use of water-soluble soy protein isolates (WSsoy), Fraction 5, Fraction 9, and/or bioactive peptide components of soy protein isolates. The invention also relates to the unexpected discovery that purified WSsoy forms gel-like matrices when suspended within certain concentration ranges in an aqueous environment. The compositions of the invention comprising WSsoy promote natural healing and have a low risk profile.

Soy-derived bioactive peptides for use in compositions and methods for wound healing, tissue engineering, and regenerative medicine

The present invention provides portable devices and systems for electrofocused blow spinning, and methods for using the same. The devices of the invention are convenient to carry and use and are able to aerodynamically spin a variety of materials in a mobile setting.

Portable spinner and methods of use

The present invention provides porous biomimetic scaffolds and methods for making the same. The scaffolds have graded pore sizes for enhanced cell penetration. The scaffolds are useful for wound regeneration by facilitating cell penetration into the scaffold interior and due to their inherent immunomodulatory effects. The scaffolds have tissue modeling specification by mimicking the inherent stratified structure of certain tissues.

Graded porous scaffolds as immunomodulatory wound patches

The present invention includes a robotic system for the enhanced automation, manipulation, and control of electroprocessing in two or three dimensions. In one embodiment, the system includes a sealed chamber devoid of any electrical or conductive components which would interfere with the electrical field and eventual material fabrication, while still allowing for two-dimensional and three-dimensional robot motion. In certain embodiments, the system of the invention produces materials or scaffolds with complex shapes, including materials with ridges, valleys, curves, and the like, which are difficult or impossible to construct using traditional systems.

Robotic electroprosessing system and method

The invention provides engineered biomaterials derived from plant products. The engineered biomaterials are useful for biomedical applications. The engineered biomaterials are able to support the growth of animal calls.

Alimentary protein-based scaffolds (APS) for wound healing, regenerative medicine and drug discovery

Methods of making a biologically active three-dimensional scaffold capable of supporting growth and differentiation of a cell are described. Biologically active three-dimensional scaffold made by the methods of the invention and an engineered tissue made from the scaffolds are described. Fibers of desired porosity can be obtained from non-structural ECM by lyophilization and/or electrospinning which can be useful for numerous tissue engineering applications requiring complex scaffolds, such as wound healing, artificial skin (burns), soft tissue replacement/repair and spinal cord injury.

Three-dimensional scaffolds for tissue engineering made by processing complex extracts of natural extracellular matrices

The present invention includes an anisotropic scaffold, which is prepared by electrospinning a solution of matrix material upon a textile template. The present invention further includes a method of preparing such scaffold. The anisotropic scaffold of the invention finds use in tissue engineering and regenerative medicine.

Textile-templated electrospun anisotropic scaffolds for tissue engineering and regenerative medicine

The present invention includes a composition for implantation in a patient, comprising surface-functionalized nanodiamonds and at least one biodegradable biocompatible polymer. The present invention also includes a surgical fixation device for use in a patient.

Functionalized nanodiamond reinforced biopolymers

The present invention relates to a hybrid graft and methods of generating the hybrid graft. The hybrid graft comprises an exterior surface and a luminal surface. The luminal surface comprises a micropattern of grooves to which cells adhere and orient along. The exterior surface comprises electrospun microfibers wherein the microfibers provide mechanical properties to the graft. The hybrid graft is capable supporting endothelial cell attachment, endothelial cell alignment, cell proliferation, and maintaining their in vivo function. The graft of the invention can recapitulate the in vivo morphology and function of natural vascular endothelium.

Small diameter vascular graft produced by a hybrid method

The invention provides engineered biomaterials derived from plant products. The engineered biomaterials are useful for biomedical applications. The engineered biomaterials are able to support the growth of animal cells.

Isolated mixed populations of fetal pulmonary cells, engineered three-dimensional tissue constructs of these cells, and uses thereof in identifying therapeutic agents which augment, repair, and/or replace dysfunctional native lung and to perform in vitro studies such as pharmaceutical screening, models for lung development and disease and characterization of chemical or mechanical injury are provided.

Fetal pulmonary cells and uses thereof

Non-woven fibrous scaffolds made by electrospinning from the synthetic biodegradable polymer such as, for example, poly(lactic-co-glycolic acid) (PLGA) and natural proteins, such as, for example, gelatin (denatured collagen) and elastin and a method of making thereof.

Growing community of inventors

Cherry Hill, NJ, United States of America

Peter I Lelkes