STEM CELL TECHNOLOGY • 3D HUMAN TISSUE ENGINEERING • BIOINFORMATICS • REGENERATIVE MEDICINE
STATE OF THE ART SCIENCE
BioReplicate 3D Human Tissue Model LIne:
GRoK’s BioReplicate product line covers the biologic R&D industry spectrum, giving our clients
a superior alternative to live animal models
with which they can quickly, accurately, and
cost effiecnly test safesty, efficacy, and toxicity of
virtually any substance for human use.
Unlike other 3D models, BioReplicate True 3D
human tissue models maintain homeostais at
the cellular level, sustain long term growth of
cells and tissues, and allow for the preferential
sensitization of cells for specific purposes, such
as organ modeling and viral infectivity directed
to vaccine development.
BioReplicate True 3D Models
Featuring Scionic Technology
Scionic technology, which evolved from Dr.
Goodwin’s patented capability of scientifically
“tuning” electromagnetic fields, is a unique element of GRoK’s integrated system. It will be used
to produce highly sensitive 3D tissue models in
which genetic expression, celluar metabolism,
and other activity within the cell can be regulated
in a manner offered by no commercially aviailable in vitro model system.
A significant issue in the conduct of virology
research and vaccine development relates to
achieving in the laboratory the infection of human tissues with certain dfficult to grow viruses.
Using our Scionic technology to modulate celluar
ion transport, GRoK can engineer human lung
and other organ specific human tiusues that
are “virus permissive,” thus rapidly accelerating
virology research and vaccine development.
In bioresearch, in vitro 3D cell cuture models are
the most promising potential replacements for
live animals for saftey, efficacy and toxicity testing.
Based on their unique structual and functional
characteristics, GRoK’s line of BioReplicate true 3D
human tissue models are uniquely suited to meet
these industry challenges today.
BioReplicate true 3D human tissue models will
be produced by with GRoK’s synthesized model
assemply process, a combination of hardware,
methodologies, and technqiues that prepresents
the most sophisticated tissue assembly process in
the emerging realm of 3D biology.
3D HUMAN TISSUE
Adipose stem cells
Cord Blood Stem Cells
Neural Stem Cells
GRoK Technologies LLC is a privately held, Houson-based, development-stage company founded to
commercialize NASA life science and tissue engineering.
Our products aim to advance biologic and drug
research, vaccine production, functional protein
production, and regenerative medicine research and
GRoK’s technologies arise from NASA research and
discoveries in microgravity, fluid suspension, and electromagnetism and their effects on human physiology
at the cellular and genetic levels.
Our technologies are built on the extensively peer-reviewed, published research and proven discoveries
of Thomas J. Goodwin, PhD, former NASA celluar
biolgiest, pioneer and leading authority in the areas
of 3D biology, tissue engineering, bioelectromagnetic
field effects, and synthesized tissue growth. Dr. Goodwin’s work spans more than 25 years in the field. He
is a scientific advisor to GRoK and serves as Honorary
President of the European Society for Translational
The GRoK intellectual property portfolio is supported
by eight NASA licenses, granted exclusively to GRoK,
covering 17 U.S. patents.The portfolio supports a
robust product development and patenting pipeline.
For access to our proof of principle
and Peer-Reviewed research, visit:
Stem Cells & Research
Stem Cell Expansion
Virus Research & Vaccine Production
True 3D Human Tissue Models
U.S. 480.440.9700 | email@example.com