• Journal of Veterinary Clinics
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• v.17 no.1
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• pp.247-251
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• 2000

A male German Shepherd dog, $2{\frac{1}{2}}$years of age, was admitted with sudden anemia, weakness, hyperpyrexia, anorexia and lethargy. The patient showed hypoplastic anemia, thrombocytopenia, absolute and relative lymphocytosis, absolute and relative granulocytopenia, hypoalbuminemia, slight hepatic disorder, slight azotemia, hematuria and proteinuria by the screening examination. The bone marrow aspiration smear showed high cellularity, severs infiltration of lymphoblasts and prolymphocytes, and mitotic figures of lymphoid cells. The liver aspiration smear demonstrated infiltration of lymphoblasts. Acute lymphoblastic leukemia was diagnosed as none of the superficial lymph nodes showed enlargement and marked functional disorder of important organs other than the liver was not found. The patient was treated with vincristine, cyclophophamide, predniosolone for chemotherapy and blood transfusion and either ampicillin or cefoperazone for supportive treatment. But the patient did not show marked remission and died 9 days after the start of the chemptherapy. The necropsy was not permitted.

• Journal of fish pathology
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• v.18 no.2
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• pp.105-118
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• 2005

Anemia in fish can be easily recognized by examining the gill color and physical properties of sampled blood. The number of erythrocytes is generally within 1-3 ${\times}10^6$. Hematocrit (Ht) reportedly ranges 35-45% in many of reports which is nearly the same as that in mammals. Anemia in fish can also be classified as hemorrhagic, hemolytic and hypoplastic ones. Fish are also expected to have similar pathological effects by anemia as in mammals. From the fact that fish can survive under extremely low hematocrit below 10% and antarctic icefish (Chanenocephalus aceratus) has no erythrocytes, different pathological effects were expected. Anemia is considered to have one of the most important health parameters, based on the pathological aspect. Therefore, by reviewing clinical and histopathological findings of most of fish diseases already known and then adding our results of experimental anemia, diseases and factors related to anemia were summarized and the pathological effects was discussed.

• Childhood Kidney Diseases
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• v.14 no.1
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• pp.1-9
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• 2010

Slowing the progression of chronic kidney disease is much more important in children and adolescents with a relatively longer remaining life span. A practical way to assess the rate of progression of chronic kidney disease is to measure the change of GFR estimated by formulae. To slow the progression, hypertension and proteinuria have to be controlled strictly, and hypoplastic anemia must be treated with erythropoietin. If not contraindicated, ACE inhibitor or angiotensin receptor blocker is recommended with monitoring of the side effects. Trials to slow the progression should be commenced as soon as the chronic kidney disease is confirmed and needs to be continued until renal transplantation as long as residual renal function remains. An online system, the Korean Pediatric Chronic Kidney Disease Registry (http://pedcrf.or.kr/), provides tools that are useful in evaluation and management of the children and adolescents with chronic kidney diseases.