your absolute neutrophils is quite high bro... read this...
Neutrophilia refers to a higher than normal number of neutrophils. Neutrophilia may result from a shift of cells from the marginal to the circulating pool (shift neutrophilia) without an increase in the total blood granulocyte pool (TBGP) or from a true increase in TBGP size (true neutrophilia).
During established infection, the neutrophil count remains elevated, with equal numbers in the marginal and the circulating pool. During the recovery phase, the flow of cells from the marrow decreases, with a resultant decrease in the number of neutrophils.
The adequate production and distribution of normally functioning neutrophils is vital to host defense. During an infection, chemotactic agents are generated that attract neutrophils to the site of infection, which in turn play a critical role in phagocytosing and killing microorganisms.
Shift neutrophilia
Shift neutrophilia is usually transient and may occur in association with vigorous exercise or an epinephrine injection and usually lasts 20-30 minutes.Shift neutrophilia is also seen in cases of seizures and paroxysmal tachycardia. No increase in nonsegmented neutrophilic forms occurs, because no change occurs in the inflow of neutrophils from the marrow.
True neutrophilia
True neutrophilia occurs in most cases of neutrophilia that are related to infections. The TBGP may be increased 5-6 times normal. During early infection, the neutrophil count may actually decrease briefly because of margination of cells from the blood. This is followed rapidly by egress of cells from the marrow, resulting in an increase in the TBGP and blood neutrophilia. If the demand of cells is high, a shift to the left in the differential count may occur. A left shift is characterized by the appearance of more immature neutrophil forms in the blood.