Skip to main content

Orthopaedic stem cell therapy overview 2018

Stem cell therapy use to treat orthopaedic  conditions.


Stem cell are cells that have capability  to self renew by dividing  and to develope in to more mature and specialised cells.
It's can be unipotent , multinational, pluripotent or totipotent depending on the noumber  of cell type to which they can give rise.

Several types  of stem cells that can be use for different purposes.
  • Embryonic  stem cells
  • Non embryonic stem cells
  • Induced pluripotent  stem cells
  • Cord blood stem cells
  • Amniotic  fluid  stem cells
Repair of damaged tissue by using healing  power of mesenchymal  stem cells (MSCs) found  in other body parts or from donar
 amblical  card  tissue .
Theses MSCs have ability to regenerate worn or damaged cartilage , repair damaged muscles & ligaments, control inflammation and rejuvenate aging cell population .
Now a days  these therapy  use to treat rarely curable orthopaedic  conditions. 
  1. Osteoarthritis 
  2. Chronic tendonitis 
  3. Degenerative  vertiberal  disc
  4. Bone fractures
  5.  Neck and shoulder  pain
  6. Chronic  back pain

Comments

Popular posts from this blog

Animal organs for human transplantation: how close are we ?

You know  about xenotransplantation Solid organ transplantation ,by most measure a phenomenal success. One potential  solution to organ availability  crises is the use of animal as organ donar for humans ( xenotransplantation). Organ transplantation has been one of the success  stories of the latter part of 20th century, this field now solidly entrenched in modern medical therapy. Since last decades, thousands of the patients received new kidneys, livers, heart and other organs( lung, pancreas, and intestine ) routinely transplanted, clinical results of these interventions have meant the restoration of meaningful, protective and active lives to recipients of all organs. Vexingly, the transplant community has not been able to meet the demand for donar organ, to reduced the overcome finding  a alternative, more plenityful  supply of replacement organs for human transplantation. THE IDEAL DONOR ANIMAL    A long list emerging when we considered  the preferred characteristics

What is hunta virus and it's consequences

HOW IT INFECT THE HUMAN                  Single standed ,enveloped, negative sense, RNA virus which normally  infect rodents where they don't cause disease (work as reserviour) SPREAD -   Hunta virus present in the urin and feaces  of rodents , spread of infection when the people are contact with rodents or their dropping or urins or possibly  to inhale virus from droppings. Very rear possibilities to person to person infection. ON THE BASIS OF DIFFERENT  TYPES OF STRAINS, VIRUS  AFFECTS  DIFFERENT  ORGANS; In lunga, causing hunta virus pulmonary  syndrome (HPS) In kidney, causing  hemorrahagic fever with renal syndrome (HFRS) However many symptoms of two infection are overlaps  in initial.  HUNTA VIRUS PULMONARY  SYNDROME People with HPS then develope  a cough and shortness of breath, which may become serious , fluid  collects around  the neck and low pressure Death in up to about 50% of the people . Those who servive first few day then recovery is about 2-

Modern medical therapy over mesenchymal stem cells in 2018

why modern medical therapy  work on mesenchymal  stem cells (MSCs) Mesenchymal  stem cell are self- renewing, multipotent, progenitor  cell with multilineage potential to differentiate into cell type of mesodermal  origin. SUCH AS - adipocytes, osteocytes and condrocytes,  while MSCs  are most commonly  isolated from bone marrow  by aspiration process, they are also from other tissue including adipose tissue, placenta, amniotic fluid & umbilical card blood. Main resion - due to their accessibility & convenient  protocols, MSCs have been recognised  as promising  for  cellular therapy, regenerative medicines, and tissue  engineering . IN CELLULAR  THERAPY- This processes take 2-3 weeks. This kind of mature  , fully differentiate  cell  phenotype and the noumber  of the cells though this can be influenced in 3 ways. Firstly by varying in initial seed density  in the culture media Secound through changing  the conditions of the medium during  expansion Third &