He established Regentime as a form of spreading the good word to help patients with their incurable diseases and to give hope for their recovery and treatment. Dr. Nassim's work has broadened nationwide with such success and growing. Based in Beirut Lebanon, he travels continuously for further development adding innovations and modifications for the finest results. Abi Chahine is a genuine and approachable physician allowing easy communication methods for questions regarding the use of Regentime treatments for patient satisfaction and peace of mind.
Thus the symbol “∞” indicates the infinite potential of medicine, pointing the new area of regenerative medicine.
An up view of the logo's divisions represent the communication of two people, symbolizing the relationship between doctor and patient, where one of them is giving and the second is receiving aid, in a color combination of green and blue, demonstrating the earth in balance with the endless skies in reflection on the energetic oceans, all in a truthful harmony, indicating optimal health.
Its history goes back to the first human observations about how some female mammals ate their own placenta and umbilical cord after giving birth. These observations lead to a diversity of medical applications in many cultures without knowing exactly the mechanism of action of those biological materials.
As the established MD of this observation, I’m a firm believer that we can gain knowledge and new methods based on what we see in the animal world and applying these methods which are redesigned for the human medical needs that assist in most serious medical conditions.
In today’s healthcare interventions, stem cell therapy has shown to be the next breakthrough in medicine as it has the least or no side effects with effective results.
Stem "blank" cells are capable of becoming specialized cells. They have a remarkable "self-renewal" potential and differentiate into other types of cells; muscular, intestinal, neural, endothelial, blood, retinal, glandular, liver, heart, bone, cartilage, and skin cells.
They can serve as a repair system for the body and its tissues by continuously replenishing other cells in a natural way.
Nassim Halim Abi Chahine
Autologous stem cells are undifferentiated cells found throughout the body. They replenish and renew through cell division and differentiation into specialized cell types. Because of this, stem cells have proven to be effective for organ and tissue restoration and thus, fighting against inoperable diseases.
At this point, most patients would search for just about anything to be treated. Regentime techniques provide healthcare that can relieve symptoms or in some cases resolve the disease itself.
Stem cell transplantation can sometimes exclude the use of some remedies, but most likely the medication is used to support the patients’ condition until further notice.
Further improvement in the patients’ health continues over the following months and years.
Dr. Abi Chahine states; “regeneration is a process, not an event”.
Nevertheless, some methods may lead to slight discomfort related to the massive quantity of stem cells rushing to the treated area. For instance, lumbar infiltration symptoms may range from minimal nausea to some headaches which may last up till one day.
Regentime applicants use the autologous adult bone marrow derived stem cells, which are well known for their safety.
|2-methylbutyryl CoA deficiency|
|3-hydroxy-3-methylglutaryl-CoA lyase deficiency|
|3-Methylcrotonyl-CoA carboxylase deficiency|
|3-Methylglutaconic aciduria 1|
|4-Hydroxy-butyric aciduria SSADHD|
|6-Pyruvoyltetrahydropterin synthase deficiency|
|Acatalasia (Takahara disease)|
|Acyl-CoA oxidase deficiency|
|Adult Refsum disease|
|Alpha-methylcayl-CoA racemase deficiency|
|Aminoacylase 1 deficiency|
|Anoxic brain damage|
|Apparent Mineralocorticoid Excess Syndrome|
|Aromatase excess syndrome|
|Atopic dermatitis eczema|
|Burns: classic / thermal / frostbite|
|Carbamoyl-phosphate synthase I deficiency|
|Carnitine palmitoyltransferase deficiency|
|Carnitine-acylcarnitine translocase deficiency|
|Cerebral amyloid angiopathy|
|Charles Bonnet Syndrome|
|Chemotherapy side effects and post chemotherapy complications|
|Childhood disintegrative disorder|
|Cholesteryl ester storage disease|
|Chondroplasia: maintenance therapy|
|Chronic Critical Limb Ischemia|
|Chronic Hexosaminidase A Deficiency|
|Coenzyme A dehydrogenase deficiency|
|Cone Rod dystrophy|
|Congenital adrenal hyperplasia|
|Congenital dyserythropoietic anemia|
|Congenital erythropoietic porphyria|
|Congenital hemolytic anemia nonspherocytic|
|Congestive heart failure|
|Coronary artery diseases|
|Cortical visual impairment|
|D-bifunctional protein deficiency|
|Dehydroxyacetonephosphate acyltransferase deficiency|
|Diabetes Mellitus type 1|
|Diabetes Mellitus type 2|
|Dienoyl-CoA reductase deficiency|
|Dopamine Beta hydroxylase deficiency|
|Epilepsy: some types|
|Factor V deficiency|
|Factor X deficiency/Amyloid purpura|
|Familial alpha-lipoprotein deficiency|
|Fanconi syndrome/ Oculocerebrorenal syndrome|
|Fanconi-Bickel syndrome / Glycogen storage disease type XI|
|Follicle-stimulating hormone insensitivity|
|Glucocorticoid remedial aldosteronism|
|Glycogen storage disease|
|Gonadotropin-releasing hormone insensitivity|
|Gout severe and recurrent cases|
|Hashimoto thyroiditis refractory cases|
|Hereditary CNS demyelinating disease|
|Hereditary Fructose intolerance|
|Hermansky Pudlak syndrome|
|Hexosaminidase A Deficiency|
|Hyperoxaluria/ Bird's disease|
|Inborn errors of steroid metabolism|
|Infantile Free Sialic Acid Storage Disease|
|Infantile Refsum disease|
|Interstitial lung disease|
|Intractable wound healing|
|Ionizing radiation injury|
|Isobutyryl-CoA dehydrogenase deficiency|
|Isolated 17,20-lyase deficiency|
|Juvenile Hexosaminidase A Deficiency|
|Kernicterus- Bilirubin encephalopathy|
|Lebers congenital amaurosis|
|Leydig cell hypoplasia|
|Lipoid congenital adrenal hyperplasia|
|Lysinuric protein intolerance|
|Lysosomal acid lipase deficiency|
|Lysosomal storage disease|
|Malonyl-CoA decarboxylase deficiency|
|Maple syrup urine disease|
|Methylmalonyl-CoA mutase deficiency|
|Mevalonate kinase deficiency/aciduria|
|Mitochondrial trifunctional protein deficiency|
|Mucolipidosis all types|
|Multiple sulfatase deficiency|
|Multiple system atrophy|
|N-Acetylglutamate synthase deficiency|
|Neurological Visual Impairment|
|Neuronal Ceroid Lipofuscinoses|
|Northern Epilepsy syndrome|
|Obstructive lung disease|
|Optic Nerve Hypoplasia|
|Ornithine carbamoyltransferase deficiency|
|Peripheral arterial diseases|
|Peroxisome biogenesis disorders|
|Pervasive developmental disorder|
|Pipecolic acedemia/ Hyperpipecolatemia|
|Porphobilinogen synthase Deficiency|
|Porphyria cutanea tarda|
|Primary biliary cirrhosis|
|Primary carnitine deficiency|
|Progressive supranuclear palsy|
|Radiation induced lung injury|
|Radiation injuries Post radiation injuries|
|Reactive arthritis Reiter's sd|
|Red cell aldolase deficiency|
|Restrictive lung disease|
|Rhizomelic chondrodysplasia punctata|
|Spinal Muscular Atrophy|
|Systemic lupus erythematosus|
|Thermal radiation injury|
|Trimethylaminuria/ fish odor syndrome|
|Vitelliform macular dystrophy|
|Von Gierke's disease|
|Von Willebrand disease|
|Werdnig-Hoffman disease SMA|
After hundreds of treated cases, Dr Abi Chahine found that increasing the number of stem cells in their mother location without their mobilization to the circulation is the best way to safely proliferate them, he stated: “the superlative incubator is our bone marrow itself”.
“There is no need to wait more, after almost 48 hours of a Growth factor injection, the human bone marrow becomes saturated with progenitor cells. A peripheral collection of cells from the circulation is always possible after 4-6 days of growth factor injections but it takes longer time and necessitates a complicated procedure.
In the other hand we can always extract stem cells from the source itself, which is the bone marrow, and this is done easily under local anesthesia with or without sedation upon patient’s requirements.
Regentime Procedure starts with the subcutaneous injection of an FDA-approved growth factor. After hundreds of treated cases, Dr Abi Chahine found that increasing the number of stem cells in their mother location without their mobilization to the circulation is the best way to safely proliferate them, he stated: “the superlative incubator is our bone marrow itself”.
“There is no need to wait more, after almost 48 hours of a Growth factor injection, previously used for Leucocytes mobilization, the human bone marrow becomes saturated with progenitor cells.
A peripheral collection of cells from the circulation is always possible after 4-6 days of growth factor injections but it takes longer time and necessitates a complicated procedure. In the other hand we can always extract stem cells from the source itself, which is the bone marrow, and this is done easily under local anesthesia with or without sedation upon patient’s requirements.
2nd day preparation: second growth factor injection.
3rd day: bone marrow collection.
4th day: transplantation of bone marrow and rest after procedure.
5th day: follow up care, resting
Regentime Procedure is individually customized upon each patient’s medical case.
pushed by - defenitively - the longest pioneering experience ever (since 2008), along with the delivery of an excellent service, at the same time, competitive price due to the cheaper costs in our HQ country, will make you choose us
Because Bone Marrow Autografts still lacking a code-framing, your doctor tells you what a treatment currently may cost. Cost is the sum of prices of used medications and Lab work. Prices vary depending on severity of disease and usage of products during the transplantation.
In the next few years, prices will be defined but they may be much higher as they will include the medical staff fees.