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Cell Culture

Cell Research
Institute

All the key problems of life are
to be found in the cell. - WILSON.

Cells are the basis of growth, development
and reproduction of organisms.

Specialist researcher

Average experience in cell research is
more than 10 years.

State-of-the-art equipment

It has more than 10 kinds of state-of-the
-art equipment related to stem cells at
university hospitals.

World-class medical technology

FDA, KFDA, BSI, CE and other worldwide
safety and effectiveness obtained
ISO13458, ISO9001 certification.

Survival system

Through 10 papers to get certified
survival system.

Cell Culture

1

Panacell Cell Research
Institute

2

Adipose Tissue-Derived
Stem Cells

3

SVFS (Stroma Vascular
Component Cells)

4

NK Cell

5

Brown Fat Stem Cells

01 Aseptic System

The PANACELL Cell Culture Institute uses a sterile operating room system, where operating rooms and laboratories are sterilized 24 hours
a day to purify the air and maintain negative pressure isolation through AIROCIDE, a proprietary technology developed by NASA.

Based on AlROCIDE technology and NASA Space Science's advanced air purification
"Innovation for the Earth's Air Back with Autonomous personality Technology,"
Airocide decomposes fine dust, bacteria, viruses, and stenches (VOCs) into the safest
substances of water and carbon dioxide, and exhales the world's most comfortable air.

Secondary crossing
prevents infection

Hygienic safety
through proven technology

Improvement of
healing conditions

02 Stem Cells

Stem cells have a homing effect, so there is an attribute that is engraved in
the tissue that needs it. However, if the number of population of stem cells is
too small, the probability of being enriched by stem cells is as low as that.
A large number of stem cells injected into our bodies can result in the treatment
effect or health promotion effect we want.

However, since the number of stem cells can be obtained from a certain amount
of fat or blood collected from our body is limited, it will be very helpful to increase
the number by culturing stem cells. Stem cell culture is carried out through several
professionalcourses, and it is possible to cultivate and store immediately
depending on the situation and conditions of each person who is undergoing.

02 Stem Cells

Stem Cell Type

Stem cells are largely divided into embryonic stem cells and adult stem cells.

Compared to embryonic stem cells with stability and unethical problems, adult stem cells can be collected mainly in fat, placenta, bone marrow, and cord
blood, so there is no ethical problem. In particular, the adipose stem cells in the adipose tissue and the placenta stem cells present in the placenta at the time of
childbirth are safe and excellent in differentiation. It can be used to improve thesymptoms of various cell damage diseases.

Types Of Adult Stem Cells

Cord blood

Hematopoietic cells,
which can be used in the
treatment of blood diseases,
Collected only during
childbirth

Placenta

Easy to collect,
only when childbirth
can be collected

Fat

It is easy to collect and
can be collected,
most of which can be collected
from age groups, stem cell
numbers and excellent culture
and differentiation. Safe because
there is no immunity
rejection reaction

Marrow

Difficult to collect, difficult to
acquire and cultivate stem
cells as much as necessary,
and the history used

02 Stem Cells

Stem cell function

01

Wound Healing

Wound Healing

02

Differentiation function

Differentiation intodamaged cells and
played with normal cells

03

Peripheral secretion signal

Improvement of tissue in the human body by
promoting growth factors such as
collagen and hormones

04

Immunomodulatory

Immunomodulatory Promote the normal function of immune-related organs and regulate immunity

05

Prevention of death cells

Prevent cell death in the human body

06

Blood supply by blood vessel newborns

Regenerate damaged blood vessels to help you supply blood normally

02 Stem Cells

Diseases that can be improved using stem cells

Pain

Joint pain,
lumbar disk cervical signboards,
fifty dogs, facial pain,
facial paralysis,
trigeminal neuralgia

Sexual function

Nanopen's menopause,
female menopause,
improvement sexual function

Skin/ hair loss/ molding

Hair loss, skin regeneration,
skin anti -aging, atopic skin
inflammation/ drying, wound/ scar

Vascular disease
prevention

Enhancement of immunity,
prevention of sex/ core disease,
hands and feet are cold/ low,
chronic fatigue

02 Stem Cells

Diseases that can be improved using stem cells

02 Stem Cells

Stem cell culture procedure

02 Stem Cells

Panacell Stem Cell Culture Institute

03 Adipose-Derived Stem Cell

The adipose-derived stem cells (ADSCS) is a rich source of MSCs that can be
obtained from subcutaneous adipose tissue through minimally invasive methods.
Because ADSCS has the potential for multi -directional differentiation of cross
-seater, at the same time, it has the advantages of self -secretion and side
secretion function, as well as rich content, convenient materials, small trauma,
and non -ethical issues. It has become a research hotspot in the field of skin
scarring prevention.

05 SVF(Stromal Vascular Component Cells)

SVF (Stromal Vascular Fraction), scientific name "vascular stromal fraction", is an active ingredient extracted from the patient's autologous
adipose tissue, and contains a variety of cells with repair functions and a cell group formed by a mixture of cytokines.

Adipose derived stem cells

Adipose derived stem cells (ADSCs) are a type of adult
stem cells that exist in adipose tissue, have strong proliferation ability, and have
multi-directional differentiation potential. They are a kind of human mesenchymal
stem cells. Adipose stem cells are easy to obtain, have high differentiation
potential, and can differentiate into many different tissue cells; they have
the functions of regulating the body's immunity and repairing damaged tissues,
and are widely used in beauty, plastic surgery, anti-aging, disease and other fields.

05 SVF(Stromal Vascular Component Cells)

SVF function

01
Draw Materials

it can be obtained through conventional
liposuction, with little damage to the body
and turning waste into treasure

02
Wide Source

Adipose tissue is widely distributed in the
bodu and has abundant reseves

03
Rich in Content

The content of stem cells in adipose tissue is
500 times higher than that of bone marrow
mesemchymals stem cells

04
Foster

Strong proliferative abilitym fast proliferative
speed, abd low degree of aging

05
Differentiation

With high differentiation potential, it can
differentiation into cells of many
different tissues

06
High Security

Immunogenicity is lowm and rejection is rare.
Does not involve medical ethics issues

05 SVF(Stromal Vascular Component Cells)

SVF(Stromal Vascular Component Cells) Separator

06 Nature Killer Cell Culture

NK cells (Nature killer cells), also known as natural killer cells, can directly clear senescent cells, mutated cells, cancer cells and virus-infected
cells in the human body, and are the first line of defense for human health.
NK cells secrete Perforin protein, cancer cells have holes in their membranes, and Granzyme enzymes are added to buy cancer cells.

Anti-tumor and viral effects
  • Immediate immune response
  • Can even attack T cells that cancer cells cannot attack
  • Increased adaptive immunity due to INF-gamma
  • Effective removal of cancer stem cells resistant to anticancer agents

07 Brown fat stem cell culture

Brown adipocytes are different from white fat that stores nutrients
in the form of neutral lipids. They are adipocytes that contain a large number of
mitochondria and generate heat energy. Due to active energy metabolism
using mitochondria, there are more blood vessels, high iron content, and the
color of the tissue is close to Brown in color, hence the name brown adipocytes.

There are two types of fat cells in our body. One is white fat cells and the other is
brown fat cells. White fat cells store energy in the form of fat. Brown fat cells,
on the other hand, generate heat by burning energy in the mitochondrial organ.

08 Partner

The Panacell Stem Cell Technology Research Institute has many research results,
core technologies and patents in the field of stem cell storage and culture.
Currently, we are actively working with overseas partners to carry out technology
transfer projects.

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