We are a regional biopharmaceutical
enterprise that stands at the forefront of
scientific innovation. We are dedicated to
harnessing cutting-edge technologies in the fields of immunology and regenerative
medicine to reshape the future of healthcare.
At All Life, we are pioneers in cellular
engineering. Our ground-breaking
achievements in
• Induced Pluripotent Stem Cells (iPSC) reprogramming and
• Chimeric Antigen Receptor (CAR)
technologies and advancements are not only transforming the medical landscape but also creating healthcare solutions that benefit both the medical and general communities.
ALL LIFE MEDICALS
SCIENCE & TECHNOLOGY
CO. LTD
ALL LIFE Advanced
IMMUNOLOGY
SDN. BHD.
ALL LIFE
BIO TECHNOLOGY
SDN. BHD.
CORE RESEARCHERS
Supported by 120+
In-house Scientists
• RESEARCH
• CLINICAL
• APPLICATIONS DEVELOPMENT
• COMMERCIALIZATION
CORE RESEARCHERS
Gu Yuchun
(Founder, Chairman, Professor of Molecular Physiology) – Aston Medical School Translational Medicine Research Group (TMRG):
Professor Yuchun Gu is a medically trained physiologist and is currently the director of the Regenerative Medicine Center at Aston Medical School (Birmingham, UK). In 2017, he was awarded a professor and chair in Molecular Physiology at Aston Medical School and has held the position of Professor and Chair of Molecular Pharmacology at the Institute of Molecular Medicine, Peking University (Beijing, China) since 2010.
Professor Gu’s expertise lies in cardiovascular disease, mitochondria biology and ion channel studies. His research has made a significant contribution in understanding the role of carbon monoxide (CO) in human physiology and pathophysiology. His discoveries identified three novel signaling pathways mediated by CO. In the past 6 years, his research has moved into the field of immune cell engineering for the treatment of cancer and the clinical applications of stem cells for a variety of degenerative diseases.
Liu Pengtao
(Professor, iPSC Researcher):
Professor Pengtao Liu is currently a professor at the School of Biomedical Sciences, at the University of Hong Kong. He graduated from Henan University with a Bachelor of Science (BSc.) in Biology and obtained his Master of Science (MSc.) from the Chinese Academy of Sciences and Institute of Genetics. Professor Liu received his PhD from Baylor College of Medicine (Houston, Texas, USA) and received his postdoctoral training at the National Cancer Institute (Maryland, USA). Prior to joining the University of Hong Kong, Professor Liu was a Senior Group Leader and an affiliated faculty member at the Wellcome Trust-MRC Stem Cell Institute, University of Cambridge (UK).
Professor Liu’s current research studies the use of stem cells in studying human development, which he believes holds a great promise in regenerative medicine. At present, he is establishing stem cells with totipotency features and characterizing them using molecular and functional approaches including single cell genomics. Professor Liu’s research lab is particularly interested in studying the differentiation of stem cells into functional cells (i.e. immune cells) and dissecting its molecular mechanisms.
Ning Zeming
(Senior Scientific Manager, Genetic Analyst):
Trained in Physics and Engineering, Dr. Zeming Ning has been active in genome informatics for the past 16 years. After completing his PhD degree at Aston University (Birmingham, UK) and receiving his postdoctoral training at the Cavendish Laboratory, Cambridge University (UK), he joined the Sanger Institute in 1999 to pursue bioinformatics research.
Over the past years, he and his colleagues have developed several bioinformatics tools, which are widely appreciated by the genomics community. The group has also produced over 30 de novo assemblies from large animals and plant genomes, including Gorilla, Zebrafish, Tasmanian Devil, Bamboo and Miscanthus.
Tan Shengjiang
(Seniore Research Associate, R&D Researcher):
Dr. Shengjiang Tan is currently a senior research associate at the University of Cambridge (UK). He received his PhD from the Institute of Zoology at the Chinese Academy of Sciences before joining as a research associate at the University of Oxford (UK). Dr. Shengjiang Tan’s research skills and expertise lies in the field of Biochemistry, Molecular genetics, and Molecular cloning.
Alan J. Warren
(Professor of Hematology, Consultant Researcher):
Professor Alan Warren obtained his undergraduate degree in Biochemistry and Medicine at the University of Glasgow (UK). He completed his PhD in Molecular Biology at the MRC Laboratory of Molecular Biology, where he discovered that the LIM-only protein Lmo2 is required for hematopoiesis. He is currently a Professor of Hematology at the University of Cambridge (UK).
David Kent
(Consultant Scientist):
Dr. David Kent earned his BSc. in Genetics and English Literature at the University of Western Ontario (Canada) and obtained his PhD in Genetics at the University of British Columbia (Canada). He received his postdoctoral training at the University of Cambridge (UK) where he studied normal and malignant blood stem cell biology. At present he is a group leader and currently heads his own research lab which studies the fate choices in single blood stem cells and how changes in their regulation leads to cancer.
CAR-NK Research & Clinical Trials
CAR-NK Patent (China) NO.: 20190209997.5
LUNG
COLORECTAL
OVARIAN
LEUKEMIA
BREAST
PROSTATE
LIVER
PANCREATIC
Research and Clinical Trial Status
Cell
Source
Medical
Conditions
R & D /
Preclinical
Phase I /
RF 1
Phase II
Phase III
Anti-CD19 CAR-NK
Leukemia
Anti-CD22 CAR-NK
Leukemia
Anti-CD19/
CD22 CAR-NK
Leukemia
Anti-MSLN CAR-NK
Ovarian Cancer
Anti-PSMA CAR-NK
Prostate Cancer
CD19 iCAR-NK
Leukemia
CAR-NK TECHNOLOGY
Immunotherapy pipeline
Product
Indications
Research
Preclinical
I/II Clinical
ALLLIFE CAR-NK CD19
Acute B Leukemia (ALL)
ALLLIFE CAR-NK BCMA
Multiple Myeloma (MM)
ALLLIFE CAR-NK PMSA
Prostatic Cancer
ALLLIFE CAR-NK Meso
Ovarian Cancer
Induced Pluripotant Stem Cell (iPSC) Research &
Clinical Trials
Research and Clinical Trial Status
Cell
Source
Medical
Conditions
R & D /
Preclinical
Phase I /
RF 1
Phase II
Phase III
iISLET
Diabetes Type 1
iWPC
Ischemic Stroke
iNSC
Ischemic Stroke7
iNSC
Parkinson’s
iNSC
Thalassemia
iRPE
Age-related macular degeneration (AMD)
IPSC REPROGRAMMING
Induced Pluripotent Stem Cells (iPSC) derived pipeline
Product
Applications
Research
Preclinical
I/II Clinical
Hematopoietic Stem Cells (iHSC)
Fabry/Thalassemia
Neuron Stem Cells (iNSC)
ALS
Islet Cells (iISLET)
Diabetes/Demyelination
Endothelial Progenitor Cells (iEPC)
Heart Failures
Hematopoietic Stem Cells (iHSC)
Transplantation/Blood Cancers
Neuron Stem Cells (iNSC)
Parkinson’s/Ischemic Stroke
PRODUCTS
PRODUCTS
(Autologous): NK+
1.0 billion cells: Medical & General Wellness
4.0 billion cells: Medical & General Wellness
10.0 billion cells: Medical
1.0 billion cells: Medical & General Wellness
4.0 billion cells: Medical & General Wellness
10.0 billion cells: Medical
1.0 billion cells: Medical
4.0 billion cells: Medical
10.0 billion cells: Medical
PRODUCTS
SERVICES
Original Bio-Manufacturer
We rely on the latest high-tech manufacturing equipment and dedicated professional staff who are operational in both R&D and manufacturing. We provide a full range of product development services, from production of raw materials for formulation to packaging and design as well as consultation services.
Customized Therapy
The challenge we face today is the threat to our quality-of-life brought on by diseases, which are caused by ‘diseased’ cells, whereby current available treatment options are merely treating or managing the symptoms of these diseases. We are at the forefront in cellular reprogramming and NK-based engineering technologies. Depending on the age of the patient, type of disease, malignancy, stage, and status of the disease, we work with highly-skilled and trained medical professionals to develop and design innovative, accessible solutions using our technological assets to deliver customized therapies for each unique individual.
Customized Product Formulation
Custom formulation is the creation of a product made exclusively for you or your company based on your specifications. If you are looking for an exclusive formula for your product and do not have an in-house product development team, look no further, we at ALL LIFE can assist.
Our state-of-the art GMP certified laboratory and highly experienced team of scientists utilize advanced technologies and delivery systems to formulate an exclusive product just for you. If you have a concept in mind for a customized product our knowledgeable R&D team can assist in creating a unique formulation tailored exactly to your specifications, resulting in a profitable product suited to appeal to your target demographic.
CONTACT US
info@alllifegroup.com
Customer service: +(603) 7863 9888
Copyright © 2022 ALL LIFE ADVANCED IMMUNOLOGY SDN BHD 201701021857 (1236023-V). All Rights Reserved
TERMS OF USE | PRIVACY POLICY
We are a regional biopharmaceutical
enterprise that stands at the forefront of
scientific innovation. We are dedicated to
harnessing cutting-edge technologies in the fields of immunology and regenerative
medicine to reshape the future of healthcare.
At All Life, we are pioneers in cellular
engineering. Our ground-breaking
achievements in
• Induced Pluripotent Stem Cells (iPSC) reprogramming and
• Chimeric Antigen Receptor (CAR)
technologies and advancements are not only transforming the medical landscape but also creating healthcare solutions that benefit both the medical and general communities.
ALL LIFE MEDICALS SCIENCE & TECHNOLOGY CO. LTD
ALL LIFE Advanced
IMMUNOLOGY
SDN. BHD.
ALL LIFE
BIO TECHNOLOGY
SDN. BHD.
CORE
RESEARCHERS
Supported by 120+
In-house Scientists
• RESEARCH
• CLINICAL
• APPLICATIONS DEVELOPMENT
• COMMERCIALIZATION
CORE RESEARCHERS
Gu Yuchun
(Founder, Chairman, Professor of Molecular Physiology) – Aston Medical School Translational Medicine Research Group (TMRG):
Professor Yuchun Gu is a medically trained physiologist and is currently the director of the Regenerative Medicine Center at Aston Medical School (Birmingham, UK). In 2017, he was awarded a professor and chair in Molecular Physiology at Aston Medical School and has held the position of Professor and Chair of Molecular Pharmacology at the Institute of Molecular Medicine, Peking University (Beijing, China) since 2010.
Professor Gu’s expertise lies in cardiovascular disease, mitochondria biology and ion channel studies. His research has made a significant contribution in understanding the role of carbon monoxide (CO) in human physiology and pathophysiology. His discoveries identified three novel signaling pathways mediated by CO. In the past 6 years, his research has moved into the field of immune cell engineering for the treatment of cancer and the clinical applications of stem cells for a variety of degenerative diseases.
Liu Pengtao
(Professor, iPSC Researcher):
Professor Pengtao Liu is currently a professor at the School of Biomedical Sciences, at the University of Hong Kong. He graduated from Henan University with a Bachelor of Science (BSc.) in Biology and obtained his Master of Science (MSc.) from the Chinese Academy of Sciences and Institute of Genetics. Professor Liu received his PhD from Baylor College of Medicine (Houston, Texas, USA) and received his postdoctoral training at the National Cancer Institute (Maryland, USA). Prior to joining the University of Hong Kong, Professor Liu was a Senior Group Leader and an affiliated faculty member at the Wellcome Trust-MRC Stem Cell Institute, University of Cambridge (UK).
Professor Liu’s current research studies the use of stem cells in studying human development, which he believes holds a great promise in regenerative medicine. At present, he is establishing stem cells with totipotency features and characterizing them using molecular and functional approaches including single cell genomics. Professor Liu’s research lab is particularly interested in studying the differentiation of stem cells into functional cells (i.e. immune cells) and dissecting its molecular mechanisms.
Ning Zeming
(Senior Scientific Manager, Genetic Analyst):
Trained in Physics and Engineering, Dr. Zeming Ning has been active in genome informatics for the past 16 years. After completing his PhD degree at Aston University (Birmingham, UK) and receiving his postdoctoral training at the Cavendish Laboratory, Cambridge University (UK), he joined the Sanger Institute in 1999 to pursue bioinformatics research.
Over the past years, he and his colleagues have developed several bioinformatics tools, which are widely appreciated by the genomics community. The group has also produced over 30 de novo assemblies from large animals and plant genomes, including Gorilla, Zebrafish, Tasmanian Devil, Bamboo and Miscanthus.
Tan Shengjiang
(Seniore Research Associate, R&D Researcher):
Dr. Shengjiang Tan is currently a senior research associate at the University of Cambridge (UK). He received his PhD from the Institute of Zoology at the Chinese Academy of Sciences before joining as a research associate at the University of Oxford (UK). Dr. Shengjiang Tan’s research skills and expertise lies in the field of Biochemistry, Molecular genetics, and Molecular cloning.
Alan J. Warren
(Professor of Hematology, Consultant Researcher):
Professor Alan Warren obtained his undergraduate degree in Biochemistry and Medicine at the University of Glasgow (UK). He completed his PhD in Molecular Biology at the MRC Laboratory of Molecular Biology, where he discovered that the LIM-only protein Lmo2 is required for hematopoiesis. He is currently a Professor of Hematology at the University of Cambridge (UK).
David Kent
(Consultant Scientist):
Dr. David Kent earned his BSc. in Genetics and English Literature at the University of Western Ontario (Canada) and obtained his PhD in Genetics at the University of British Columbia (Canada). He received his postdoctoral training at the University of Cambridge (UK) where he studied normal and malignant blood stem cell biology. At present he is a group leader and currently heads his own research lab which studies the fate choices in single blood stem cells and how changes in their regulation leads to cancer.
CAR-NK Research & Clinical Trials
CAR-NK Patent (China) NO.: 20190209997.5
LUNG
COLORECTAL
OVARIAN
LEUKEMIA
BREAST
PROSTATE
LIVER
PANCREATIC
Research and Clinical Trial Status
Cell Source : Anti-CD19 CAR-NK
Medical Conditions: Leukemia
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : Anti-CD22 CAR-NK
Medical Conditions: Leukemia
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : Anti-CD19/CD22 CAR-NK
Medical Conditions: Leukemia
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : Anti-MSLN CAR-NK
Medical Conditions: Ovarian Cancer
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : Anti-PSMA CAR-NK
Medical Conditions: Prostate Cancer
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : CD19 iCAR-NK
Medical Conditions: Leukemia
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
CAR-NK TECHNOLOGY
Induced Pluripotant Stem Cell (iPSC) Research &
Clinical Trials
Research and Clinical Trial Status
Cell Source : iISLET
Medical Conditions: Diabetes Type 1
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : iWPC
Medical Conditions: Ischemic Stroke
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : iNSC
Medical Conditions: Ischemic Stroke7
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : iNSC
Medical Conditions: Parkinson’s
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : iNSC
Medical Conditions: Thalassemia
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
Cell Source : iRPE
Medical Conditions: Age-related macular degeneration (AMD)
R & D /Preclinical
Phase I /RF 1
Phase II
Phase III
IPSC REPROGRAMMING
Immunotherapy pipeline
Product: ALLLIFE CAR-NK CD19
Indications: Acute B Leukemia (ALL)
Research
Preclinical
I/II Clinical
Product: ALLLIFE CAR-NK BCMA
Indications: Multiple Myeloma (MM)
Research
Preclinical
I/II Clinical
Product: ALLLIFE CAR-NK PMSA
Indications: Prostatic Cancer
Research
Preclinical
I/II Clinical
Product: ALLLIFE CAR-NK Meso
Indications: Ovarian Cancer
Research
Preclinical
I/II Clinical
Induced Pluripotent Stem Cells (iPSC) derived pipeline
Product: Hematopoietic Stem Cells (iHSC)
Applications: Fabry/Thalassemia
Research
Preclinical
I/II Clinical
Product: Neuron Stem Cells (iNSC)
Applications: ALS
Research
Preclinical
I/II Clinical
Product: Islet Cells (iISLET)
Applications: Diabetes/Demyelination
Research
Preclinical
I/II Clinical
Product: Endothelial Progenitor Cells (iEPC)
Applications: Heart Failures
Research
Preclinical
I/II Clinical
Product: Hematopoietic Stem Cells (iHSC)
Applications: Transplantation/Blood Cancers
Research
Preclinical
I/II Clinical
Product: Neuron Stem Cells (iNSC)
Applications: Parkinson’s/Ischemic Stroke
Research
Preclinical
I/II Clinical
PRODUCTS
PRODUCTS
PRODUCTS
(Autologous): NK+
1.0 billion cells: Medical & General Wellness
4.0 billion cells: Medical & General Wellness
10.0 billion cells: Medical
1.0 billion cells: Medical & General Wellness
4.0 billion cells: Medical & General Wellness
10.0 billion cells: Medical
1.0 billion cells: Medical
4.0 billion cells: Medical
10.0 billion cells: Medical
SERVICES
Original Bio-Manufacturer
We rely on the latest high-tech manufacturing equipment and dedicated professional staff who are operational in both R&D and manufacturing. We provide a full range of product development services, from production of raw materials for formulation to packaging and design as well as consultation services.
Customized Therapy
The challenge we face today is the threat to our quality-of-life brought on by diseases, which are caused by ‘diseased’ cells, whereby current available treatment options are merely treating or managing the symptoms of these diseases. We are at the forefront in cellular reprogramming and NK-based engineering technologies. Depending on the age of the patient, type of disease, malignancy, stage, and status of the disease, we work with highly-skilled and trained medical professionals to develop and design innovative, accessible solutions using our technological assets to deliver customized therapies for each unique individual.
Customized Product Formulation
Custom formulation is the creation of a product made exclusively for you or your company based on your specifications. If you are looking for an exclusive formula for your product and do not have an in-house product development team, look no further, we at ALL LIFE can assist.
Our state-of-the art GMP certified laboratory and highly experienced team of scientists utilize advanced technologies and delivery systems to formulate an exclusive product just for you. If you have a concept in mind for a customized product our knowledgeable R&D team can assist in creating a unique formulation tailored exactly to your specifications, resulting in a profitable product suited to appeal to your target demographic.
CONTACT US
info@alllifegroup.com
Customer service:
+(603) 7863 9888
Copyright © 2022 ALL LIFE ADVANCED IMMUNOLOGY SDN BHD 201701021857 (1236023-V). All Rights Reserved
TERMS OF USE | PRIVACY POLICY