PPT-NUTRITIONAL ANEMIAS: a focus on Iron Deficiency

Garrick Laudin Clinical Haematology CHBAH Department of Clinical Haematology Garricklaudingmailcom Case 1 Lab Parameter 14 Feb 2021 Lab parameter 14 Feb 2021 WCC x 10 9 L N 390 1260.   . Seventh International Symposium in Continuing Nursing Education/March, 2014. 3/2014. Donald W. McLaren, MD. Objectives. To discuss how to evaluate and determine cause of anemia. To discuss Iron deficiency (ID) and Iron Deficiency Anemia (IDA) - causes, evaluation, signs, symptoms, treatment and prevention at different ages. N. utrition using Clinical . P. arameters. Clinical Methods. one of the most practical and important method used in assessing the nutritional status of a community.. External examination of the body for . Nutrition and Global Health. The Importance of Nutrition. Nutritional status is intimately linked with health status . Nutrition is the leading risk factor for loss of health in low- and middle-income countries . Introduction. Iron is an essential nutrient needed by every human cell. Iron deficiency is the most common deficiency disease worldwide. More than one billion people have iron deficiency and about 700 million people have iron deficiency . GERD. Nausea associated with APD . Co-prescription with NSAID’s. In :. Rabeprazole. 20 mg + . Domperidone. 30 mg Capsules . Consistent acid suppression even during night time . Fast onset of action . A presentation of two cases. Charles H. Toledo MD FAAP. OVERVIEW . This presentation describes two patients with oral motor dysfunction of varying severity associated with iron deficiency. It will be obvious from the presentation that this is not a rigorous study; data was gathered retrospectively after the association was made. Caution should be exercised not to draw any firm conclusions regarding this association. Rather this communication is presented in the hopes that it will raise awareness of this possible association and its EASY treatment. . Assistant Professor of Medicine & Oncology, Division of Hematology. Disclosures. None. Objectives. Understand the basic physiology of iron absorption, transport and storage. Understand the causes of iron deficiency and the compensatory responses seen in clinical lab tests. Soelberg. , . McKell. Compton. Case Study. Patient SH . 31 yr. old female. 23. rd. week of gestation, 3. rd. pregnancy. Chief complaint:. Fell on ice and has had abdominal pain and vaginal spotting. . IRON OVERLOAD. IRON. 10-15 mg/day in diet; 5-10% absorbed. Absorption increased in iron deficiency, pregnancy, erythroid hyperplasia, hypoxia. Heme iron absorbed best. Fe. 2 . much better than Fe. 3 . Introduction. Micronutrients . are needed in the body in tiny amounts. They do not provide energy, but are required for a number of important processes in the body. . There are two main groups of micronutrients:. Ass.prof. . . Abeer. . Anwer. Ahmed. Sequence of events. Depletion of . iron stores. When the body is in a state of negative iron balance, the . first. event is depletion of body stores, which are mobilized for . DR. SANJANA BHAGWAT. MODERATOR : DR. A. . GANAPULE. Normal iron metabolism. IRON METABOLISM. Genetic forms of iron deficiency . anaemia. Mutations in genes encoding :. DMT-1. Glutaredoxin. 5. Transferrin. How to classify . anemias. on the basis. of etiology and RBC parameters:. 1.) Decreased production vs. RBC loss (increased destruction or bleeding). 2.) RBC Size:. Macrocytic . ,. microcytic , normocytic. AlGahtani. Consultant . Hematologist ,assistant professor . Director of transfusion medicine and blood bank department. ANEMIA. Single cell line(RBC) problem. Multiple cell line problem. (. RBC,WBC,Platelet.