How
plasma and plasma components are used
Plasma
and plasma components used to treat a wide variety of medical conditions
are removed from blood in a number of different ways, as to best utilize them.
The main ways plasma is used
include:
- plasma
transfusions
- fractionation
Plasma components are used to
check health difficulties that occur in conditions such as rhesus disease (where
antibodies in a pregnant woman's blood destroy her baby's blood cells).They can also be used to
prevent bleeding in people with haemophilia (an inherited condition that
affects the blood's ability to clot).Plasma transfusions
Fresh frozen plasma
To acquire plasma for
transfusion, a donation containing all the components of blood (whole blood),
including plasma, is taken from one person.
The plasma is separated from
the red cells and frozen, becoming fresh frozen plasma. When needed, it's
thawed and given as a transfusion to another person.
For example, a person may be
given a plasma transfusion if they're bleeding after having a serious accident
or major surgery, where clotting factors need to be replaced in addition to red
blood cells.Before someone is able to
donate blood for transfusion, they have to comply with a strict set of
guidelines about their medical, travel and sexual history. This ensures it's
safe for them to donate and that their blood is safe to be transfused.
As with red blood cells, plasma
is always checked for viruses to make sure it's as safe as possible to use.Most people receiving plasma
receive fresh frozen plasma. This is stored frozen at -25C for up to three
years, so it needs to be carefully thawed before use.ae
·
Cryoprecipitate
Cryoprecipitate is plasma
that's been specially treated so it's rich in certain proteins, including
fibrinogen (a special protein that helps blood clot).
Plasma
products made by fractionation
Many of the components found in
plasma can be separated and removed so they can be used to treat specific
problems.
Some plasma donations are mixed
(pooled) and subjected to a number of different heat and chemical treatments.
The various proteins are then separated out in a complex process known as
fractionation.
All blood donations used to
make plasma pools for fractionation have to be checked for viruses to make sure
they're as safe as possible to use. The pooled plasma is also carefully
filtered and "cleaned" using heat, detergents and solvents to remove
any viruses that may be present.
After the fractionation process
has been completed, the plasma products are either kept as a liquid or
freeze-dried as a powder for reconstitution before use. They're then packaged,
ready for distribution to clinics, surgeries and hospitals.
There are numerous plasma
components, but the three main ones are:
- human albumin solution
- clotting (coagulation) factors
- normal human immunoglobulin
At White Pharma on offer are Plasma
Blood Products like
Anti Snake Venom
Serum (Asvs)
This range of serum is processed by
using quality grade multi-enzyme toxic protein, polyvalent, small molecule
peptide and amino acid. This serum simulates the real snake venom tp permeate
through skin nerve. Highly effective in treating poisonous snake bites, this
Anti Snake Venom Serum is offered at reasonable prices to clients.
Features:- Quick action,
Longer shelf life, Highly effective
Anti Snake Venom
Serum Powder (Asvs)
Anti Snake Venom Serum Powder (Asvs)
produces antibodies against the venom's active molecule and can be used to
treat envenomation.
Immunorel is used to treat Primary Immunodeficiency (PID),
Kawasaki disease, Idiopathic Thrombocytopenic Purpura, B-cell chronic
lymphocytic leukaemia, Paediatric HIV 1 infection and Hemopoietic stem cell
transplantation in elderly
Albumins are commonly found in blood
plasma and differ from other blood proteins in that they are
not glycosylated. Albumin is processed with the use of optimum
quality ingredients, which are sourced from the trusted vendors of the market.
Albumin therapy is indicated in
hypovolemia or shock, burns therapy, hypoalbuminemia, prevention of
central volume depletion after paracentesis, acute respiratory distress
syndrome (ARDS), acute nephrosis, renal dialysis, acute liver failure, cardiopulmonary
bypass operation, hemolytic disease of the newborn and ovarian hyper
stimulation syndrome.