7th Meeting: Daegu 2009

>> Download iFATS 2009 Abstract Book [PDF][11 MB]

■ Keynote Address Ⅰ
HDACs modulate differentiation of mesenchymal stem cells into adipocytes and osteoblasts

■ Symposium Ⅰ: ASCs Extraction -”How do you extract ASCs?”
Isolation and culture methods of adipose-derived stem cells

Stem cell isolation method for clinical uses; Aseptic manual system & simple cellconcentration method

Automated, point-of-care system for rapid ADSC isolation

Extraction of adipose derived stem cell in clinical urology: First patient treated for stress
urinary incontinence

■ Symposium Ⅱ: Basic Science of ASC 1
Cell division regulator has a strong relationship with immaturity maintenance and
differentiation capability of hASCs

Differentiation of adipose derived stem cell into endocrine cell

Dedifferentiated fat cells as a new cell source for regenerative medicine

■ Special Lecture 1
Cell-based therapies: All mesenchymal stem cells are not equal

■ Symposium Ⅲ: Basic Science of ASC 2
Comparative transcriptional profiling of tissues engineered using ASCs and BM-MSCs

Differentiated adipocytes do not elicit alloreactive immune response

Possible specific markers for differentiating human adipose-derived stem cells

The in vitro cell fate of photoaged fibroblast after ASCs application: Comparison between
transwell and conditioned medium culture

■ Special Lecture 2
Molecular regulation of muscle stem cell fate

■ Symposium Ⅳ: Clinical Application of ASCs
Therapeutic potential of ASCs

Adipose-tissue progenitor cells: Functions in adipose transplantation and clinical use for soft
tissue enhancement

Recent personal clinical trials ; ASCs – scaffolds injection

■ Keynote Address Ⅱ
The FAT revolution: Past, present, and future

■ Symposium Ⅴ: Cardiovascular Science I
Adipose stromal cells in angiogenesis, vasculogenesis, and tissue repair

Implantation of adipose-derived regenerative cells enhances ischemia-induced
neovascularization. Role of SDF-1-mediated endothelial progenitor cell mobilization

Therapeutic application of therapeutic angiogenesis in Buerger’s disease with adipose
tissue-derived MSC

■ Symposium Ⅵ: Cardiovascular Science II
Adipose-derived stem cells posses a functional hepatocyte growth factor / c-Met receptor
autocrine loop that is essential for in vivo potency

Vascular cell differentiation of human adipose-derived stem cells based on FGF2-
immobilized substrate

Injury-associated growth factors improve ischemia through the activation of adiposederived
stem/progenitor cells in obese and non-obese mice

Tracking injected adipose-derived stem cells in vivo using a novel murine model of muscle
ischemia

Adipose derived stromal vascular fraction cells potentiate neovascular sprout invasion
of surrounding matrix

Adipose stromal cells induce stable vascular network formation by endothelial cells in in vitro
co-culture settings

■ Keynote Address Ⅲ
The dog – The ideal preclinical model for human orthopedic disease therapy with adiposederived
stem cells

■ Keynote Address Ⅳ
Proliferation/differentiation capability of mesenchymal stem cells (MSCs) – Importance of
transcription factor(s) expression in human MSCs -

■ Symposium Ⅶ : ASC and Adipogenesis
Human adipose-derived stem cell enriched fat grafts: Effect on cutaneous radiation injury
in the athymic rat

Co-culture of adipocytes and adipose stem cells with either resident or peritoneal
macrophages results in preadipocyte producing stem cell spheres in human and mouse

Reversible adipose enlargement induced by external tissue suspension: Possible
contribution of growth factors for its preservation

PDK regulated Warburg-like phenotype protects against ROS production in differentiating
human adipocytes

■ Symposium Ⅷ
Safety and feasibility of expanded adipose mesenchymal stem cells

Preliminary investigation of the effect of human adipose tissue-derived mesenchymal
stem cell(ASC) in progressive hemifacial atrophy (Parry-Romberg’s disease)

Study for development of cell therapy for Alzheimer’s disease using adipose-derived stem
cells

Autologous adipose tissue derived mesenchymal stem cells: Clinical trials for osteoarthritis

Autologous adipose tissue derived mesenchymal stem cell intravenous infusions
ameliorate osteoarthritis (OS), ulcerative colitis (UC), hashimoto thyroiditis (HT), atopic
dermatitis (AD) with allergic rhinitis, and chronic obstructive pulmonary disease with
bronchial asthma

Safety and effect of adipose tissue derived stem cell implantation in patients with critical
limb ischemia : Early clinical experiences

■ Symposium Ⅸ : Tissue Engineering
Preparation and evaluation of PLGA-silica scaffold for bone tissue engineering

Hydrostatic pressure (HP)-driven 3-D cartilage regeneration using collagen gel and human
adipose-derived stem cells

Novel electrospun polymer scaffolds with microencapsulated human ASCs for tissue
regeneration

Osteogenesis of SFF-based scaffolds using osteoblasts derived from adipose-derived stem
cells and HUVECs

■ Special Lecture 3
Robot technology and Future: The age of robot

■ Keynote AddressⅤ
Tissue engineering with adipose derived stem cells in Regea

■ Symposium Ⅹ : ASC and Other Therapeutic Application
In-vitro differentiation of adipose derived stem cells into Schwann cells and in-vivo
implications for peripheral nerve defects

The role of human adipose-derived stem cells in 2-acetylaminofluorene-induced liver injury of rats

Stem cells from adipose tissue: Applications in Spinal disorders

Omentum as a potential source of cell therapy for acute liver damage

Protective effects of adipose stem cells against cigarette-smoke induced lung injury

Optimization of administration route for adipose derived stem cell therapy on random
pattern skin flaps

■ Invited Lecture
New perspectives in plastic surgery: Adipose derived stem cells and enriched fat grafting in
breast surgery

■ Symposium ⅩⅠ: ASC and Diseases
Adipocyte differentiation influences proliferation and migration of normal and tumoral
epithelial breast cells

Aging, fat depot origin, fat cell progenitor senescence, and inflammation

Cellular events in pathological adipose tissue hyperplasia: Lipoma, lipedema and obesity

Tumor-derived exosomes can induce differentiation of mesenchymal stem cells into tumorassociated
myofibroblastic cells