0
What else can I help you with?
What is the difference between leukemia and lukemia?
There are 2 ways of understanding this difference. 1) Firstly, one of the causes of leucocytosis could be leukemia. But there are several other less-severe causes of leucocytosis such as infection,hemorrhage, corticosteroid treatment etc. So, leukemia is one of the types of leucocytosis. 2) Secondly, leukemia is when large number of IMMATURE WBC's are in circulation. In leucocytosis, the WBC's are normal and mature. This is a very important point of difference.
Elevated wbc count?
ref.range of wbcs a 5000 to 10000/cumm. an elevated wbcs count is called leucocytosis. the leucocytosis indicate infection. In leukemia white cell count may be increased upto 2 lacs./cumm
What is mean by neutrophilic leucocytosis and thrombocytosis?
Neutrophilic leucocytosis refers to an elevated level of neutrophils, a type of white blood cell, in the bloodstream, often indicating an acute inflammatory response, infection, or stress. Thrombocytosis is characterized by an increased platelet count, which can occur in response to inflammation, infection, or certain medical conditions. Both conditions can serve as important diagnostic markers for underlying health issues.
Your sed rate is 1 is that good?
A low ESR is generally not of any particular concern. However it can occur with polycythaemia. this is a condition where too many red blood cells are produced, and with extreme leucocytosis, which is a condition where too many white blood cells are produced, as well as with some protein abnormalities.
How do you treat normocytic normochromic blood picture with neutrophilic leucocytosis?
That's not a condition to be treated, it's a result from a complete blood count. Just like you can't say "how do you treat pain" or "how do you treat fever," there is not answer for your question. Talk to your health care provider for further information, as s/he has the complete picture given your history and physical, rather than one isolated test.
Which type of white blood cell is an indication of a bacterial infection?
Neutrophils are the white blood cells that increase in response to bacterial infections. They are the first responders to sites of infection and work to engulf and destroy bacteria. High levels of neutrophils in the blood is a common sign of a bacterial infection.
What does a high TLC in blood mean?
Total Leukocyte Count (TLC):Leukocytes are White Blood Cells defending the body against infections and diseases. Normal values: 4,000 - 11,000 cells/cu.mm (cubic millimeter)Low TLC suggests (less than 4000 cells/cu.mm):Decrease in White Blood Cells which is termed Leucopenia. It is seen in the following conditions:•In patients undergoing Chemotherapy and Radiation therapy.•Aplastic Anaemia - failure of formation of white and red blood cells.•Influenza.•Typhoid.•Malaria.•Dengue.•Tuberculosis.•In patients taking Antibiotic medications e.g. minocycline.High TLC suggests (more than 11,000 cells /cu.mm):Increase in White Blood Cells is termed Leucocytosis. It is seen in the following conditions:•It is commonly seen in acutely ill patients.•In new born babies - this is normal and will settle down.•Viral, fungal, bacterial and parasitic infections.•Pneumonia.•Trauma and Inflammation.•Rheumatic arthritis.•Acute gout.•Connective tissue disorders.•Pelvic inflammatory disease.•Cystitis - inflammation of the urinary bladder.•Leukemia (blood cancer).
What does a high TLC in blood?
Total Leukocyte Count (TLC):Leukocytes are White Blood Cells defending the body against infections and diseases. Normal values: 4,000 - 11,000 cells/cu.mm (cubic millimeter)Low TLC suggests (less than 4000 cells/cu.mm):Decrease in White Blood Cells which is termed Leucopenia. It is seen in the following conditions:•In patients undergoing Chemotherapy and Radiation therapy.•Aplastic Anaemia - failure of formation of white and red blood cells.•Influenza.•Typhoid.•malaria.•Dengue.•Tuberculosis.•In patients taking Antibiotic medications e.g. minocycline.High TLC suggests (more than 11,000 cells /cu.mm):Increase in White Blood Cells is termed Leucocytosis. It is seen in the following conditions:•It is commonly seen in acutely ill patients.•In new born babies - this is normal and will settle down.•Viral, fungal, bacterial and parasitic infections.•Pneumonia.•Trauma and Inflammation.•Rheumatic Arthritis.•Acute gout.•Connective tissue disorders.•Pelvic inflammatory disease.•Cystitis - inflammation of the urinary bladder.•Leukemia (blood cancer).
What would happen if someone didn't have white blood cells?
your immune system would be more vulnerable to diseases and colds that the white blood cells protect you from ( common cold,flu etc.) and you would most likely have to see a doctor for a weekly ( if not daily) for a checkup depending on how many white blood cells you have and or need.
Who invented dpt vaccine?
This information came from Wikipedia under the heading of PERTUSSIS. It lists the scientists who contributed to the development of the DTP vaccine. The story of this vaccination is long and this was the shortest writing I could locate for you. The World Health Organization contributed to this information and the development of this vaccine.B. pertussis was isolated in pure culture in 1906 by Jules Bordet and Octave Gengou, who also developed the first serology and vaccine. The complete B. pertussis genome of 4,086,186 base pairs was sequenced in 2002.Infection with pertussis induces immunity, but not lasting protective immunity, and a second attack is possible.[15] Efforts to develop an inactivated whole-cell pertussis vaccine began soon after B. pertussis was grown in pure culture in 1906. In the 1920s Dr. Louis W. Sauer developed a vaccine for whooping cough at Evanston Hospital (Chicago, IL). In 1925, the Danish physician Thorvald Madsen was the first to test a whole-cell pertussis vaccine on a wide scale.[16] He used the vaccine to control outbreaks in the Faroe Islands in the North Sea. In 1942, the American scientist Pearl Kendrick combined the whole-cell pertussis vaccine with diphtheria and tetanus toxoids to generate the first DTP combination vaccine. To minimize the frequent side effects caused by the pertussis component of the vaccine, the Japanese scientist Yuji Sato developed an acellular pertussis vaccine consisting of purified haemagglutinins (HAs: filamentous HA and leucocytosis-promoting-factor HA), which are secreted by B. pertussis into the culture medium. Sato's acellular pertussis vaccine was used in Japan since the autumn of 1981.[17] Later versions of the acellular pertussis vaccine used in other countries consisted of additional defined components of B. pertussisand were often part of the DTaP combination vaccine.
What are some words that have the suffix -sis?
abiosis acidosis actinobacillosis actinomycosis adenosis adiposis aerobiosis aeroneurosis agranulocytosis agranulosis alkalosis alphosis amaurosis ameiosis amitosis amphiarthrosis amyloidosis anabiosis anadiplosis anaerobiosis anamorphosis anaplasmosis anaplerosis anastomosis anchylosis anemosis ankylosis anthracosis anthropomorphosis antibiosis antituberculosis apodosis aponeurosis apoptosis apotheosis ariboflavinosis arteriosclerosis arthrosis asbestosis aspergillosis ateleiosis atheromatosis atherosclerosis athetosis athrocytosis autohypnosis avitaminosis babesiosis bacteriosis bagassosis berylliosis bilharziosis biocenosis biocoenosis blastomycosis bromhidrosis bromidrosis brucellosis byssinosis calcinosis campylobacteriosis carcinomatosis carcinosis chemosmosis chlorosis chondromatosis cirrhosis coccidioidomycosis coccidiosis coniosis cryptococcosis cryptosporidiosis cyanosis cyclosis cysticercosis cystinosis cytodiagnosis dermatophytosis dermatosis diagnosis diarthrosis diorthosis diplosis diverticulosis dulosis ecchymosis echinococcosis electroosmosis enantiosis enarthrosis endocytosis endometriosis endomitosis endosmosis endosymbiosis enosis enteroptosis epanadiplosis epanorthosis erythroblastosis exocytosis exosmosis exostosis fibrosis fluorosis furunculosis gaposis geognosis gerontomorphosis gliomatosis gliosis gnosis gnotobiosis gomphosis granulosis gummosis haematosis haemochromatosis halitosis hallucinosis haplosis heliosis hemochromatosis heterokaryosis heterosis heterozygosis hidrosis histoplasmosis homeosis homoeosis homomorphosis homozygosis hydrarthrosis hydronephrosis hyperhidrosis hyperidrosis hyperinosis hyperkeratosis hyperostosis hypersarcosis hypervitaminosis hypinosis hypnosis hypotyposis ichthyosis immunodiagnosis kaolinosis kenosis keratosis ketosis kurtosis kyllosis kyphosis leishmaniosis leptospirosis leucocytosis leucosis leukocytosis leukosis limosis lipomatosis listeriosis lordosis lymphocytosis lymphogranulomatosis lymphomatosis macrocytosis madarosis marmarosis meiosis melanosis metachrosis metamorphosis metasomatosis metempsychosis miosis misdiagnosis mitosis molybdenosis molybdosis monocytosis mononucleosis monosis morphosis mucoviscidosis mycosis mycotoxicosis myelofibrosis myosis myxomatosis narcohypnosis narcosis necrobiosis necrosis nephroptosis nephrosis neurofibromatosis neurosis onychocryptosis ornithosis orthosis osmidrosis osmosis osteoarthrosis osteopetrosis osteoporosis osteosis ostosis otosclerosis paedomorphosis parabiosis paragnosis paraphimosis parapsychosis parasitosis pediculosis pedomorphosis phagocytosis phimosis phlebosclerosis pholidosis phytosis pinocytosis pneumoconiosis pneumokoniosis pneumonokoniosis pneumonoultramicroscopicsilicovolcanoconiosis podoconiosis pollenosis pollinosis polyhedrosis polyposis porosis prognosis proptosis pseudotuberculosis psilosis psittacosis psychoneurosis psychosis pterylosis ptilosis ptosis pycnodysostosis pycnosis pyknodysostosis pyknosis pyosis pyrosis resinosis salmonellosis sarcoidosis sarcomatosis sclerosis scoliosis semiosis serodiagnosis shigellosis siderosis silicosis sorosis spherocytosis spirillosis spirochaetosis spirochetosis spondylosis sporotrichosis steatosis stegnosis stenosis strongyloidosis strongylosis sycosis symbiosis symptosis synarthrosis synchondrosis syndesmosis synoeciosis synostosis syntenosis syssarcosis telegnosis thanatosis theriomorphosis thrombosis thylosis thyrotoxicosis torulosis toxicosis toxoplasmosis treponematosis trichinosis trichophytosis trichosis trophobiosis trophoneurosis tuberculosis tylosis ulosis urosis varicosis vibriosis virosis visceroptosis whoosis whosis xanthomatosis xenodiagnosis xerosis zoonosis zygosis zymosis
What causes an increase of white blood cells?
There are several reasons you may have an elevated absolute white blood cell count. The first would be infection, infestation or allergic reaction - the number of white blood cells is increased because the immune system is responding to a perceived threat. The second would be cancer - the number of white blood cells is increased because the cancer is spewing out too many cells. A distant third would be dehydration, which would artificially increase the absolute number of white blood cells per mL simply because there is insufficient plasma to dissolve them in - this would be a mild elevation, if anything, and consistent across all types of white blood cells.
