Accurate measurements allow accurate calculations of MCH and
MCHC, which help characterise the cause of an anaemia
Hgb (Haemoglobin)
With every report
Reticulocytes (% and #)
In the past, veterinarians only relied upon reticulocyte
percentage, which can be difficult to interpret
Relative numbers of reticulocytes must be corrected for the
degree of change in the haematocrit to properly interpret
MCV (mean cell vloume)
Using all of the erythrocyte indices, a veterinarian can better
assess anaemia status and cause
Serial accurate measurement allows better following of the
progression or regression of a disease state
Serial measurements on yearly health check-ups could prove
helpful in early disease detection, such as chronic blood loss
RDW (red cell distribution width)
Objective measurement of variation in size of red blood cells
(anisocytosis)
Using all of the erythrocyte indices, veterinarians can better
assess anaemia status and cause
Allows the veterinarian to better follow the progression and
regression of a disease
MCHC (mean corpuscular haemoglobin
concentration)
Useful in helping characterise an
anaemialow MCHC supporting decreased cellular haemoglobin in
young RBCs (regenerative) or cells deficient in haemoglobin (iron
deficiency)
MCH (mean corpuscular haemoglobin)
Provided
PLT (platelet count)
LaserCyte offers a much more accurate platelet count
Accuate platelet counts help identify platelet count problems
and monitor thrombocytopenic patients following therapeutic
intervention
Aid in the characterisation of a
platelet abnormality (such as presence or absence of a bone marrow
response to a peripheral demand for platelets)
WBC (white blood count)
Provided
Monocytes and Lymphocytes (% and
#)
Help identify inflammatory diseases where macrophages are a
significant component of the inflammatory process
Differentiation of monocytes and lymphocytes helps accurately
identify the presence of an underlying glucocorticoid influences
(stress, steriod administration, hyperadrenalcorticism, etc.)
Neutrophils (% and #)
Important in identifying certain
types of inflammatory disease and their severity, as well as
following the progression or regression of inflammation
Eosinophils (% and #)
Important in identifying systemic hypersensitivity, which can
be caused by heartworm, flea bite dermatitis, feline asthma,
allergic gastroenteritis and more
LaserCyte identifies eosinophils for both canine and feline
Basophils (% and #)
May be helpful in identifying
systemic hypersensitivity, as well as acute allergic reactions