PDF-Bone Marrow

Fibrosis Figure Legend Figure 1 Dense fibrous tissue surrounded by areas of angiectasis is present in bone marrow in a male F344N male rat from a chronic study Figure 2 Higher magnification of Fig. Digital Laboratory. It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately . 20 . minutes to complete.. After completing this exercise, you should be able to:. Laboratory 1. 2/4/14. Examination of the Peripheral Smear. Intro to Bone Marrow Morphology. Neutrophil. Eosinophil. Lymphocyte. Band (young neutrophil). Monocyte. Neutrophil. Basophil. Eosinophil. Large granular lymphocyte (LGL). Laboratory 1. 2/4/14. Examination of the Peripheral Smear. Intro to Bone Marrow Morphology. Neutrophil. Eosinophil. Lymphocyte. Band (young neutrophil). Monocyte. Neutrophil. Basophil. Eosinophil. Large granular lymphocyte (LGL). Juvenile Xanthogranuloma. Sharon Wu, MD. Dita Gratzinger, MD, PhD. Stanford University. Clinical History. The patient is a 5 month old infant presenting with fever, pancytopenia and splenomegaly of unclear etiology, and two dermal-based translucent papules on the chest and thigh. A skin biopsy was . Poorly forming . new bone. Ischemic Bone Diseases:. Avascular necrosis . Dead bone; large regions with missing osteocytes.. Osteonecrosis: . Dead bone (all osteocytes are missing). Also used as umbrella term for . Public Health Projects. . Cyprus. Petros Attas, Directorate General for European Programmes, Coordination and Development. Overview of the programmes in PA27, Norway Grants 2009-2014. Outcome: Reduced inequalities between user groups. and more. skeleton. made up of. bones – cartilage – ligaments – tendons. bones . are a major part of the skeleton and . provide. support. – organs, teeth, viscera. protection. – brain, CNS, marrow, viscera. Richard Hostin, M.D.; . Eric. . Klineberg, M.D.; Shay Bess, M.D.; Munish Gupta, M.D.; International Spine Study Group. Presenter: . Richard . Hostin. (. a,d. ) . DePuy. Spine; (e) Axial Biotech. Co-Authors: Eric . Case Conference. February 19th, 2013 . Scott Laura. Confusion and . worsening back pain for 2 weeks. Chief Complaint. 55 . y.o. . male with . hx. of . HIV (. CD4 count . 01/10 . was . 23: Below . 200 since . Brian Boulmay. , . MD. Bone Marrow Failure . Ineffective marrow-poeisis is the final endpoint of many diseases. . Congenital. Acquired . Genetic. Environmental or iatrogenic causes. Congenital marrow failure can present at any age.. Lauren . Cosolo. , RN, BScN, MN. Outline. Review bone marrow failure and disease. Discuss . Myelodysplastic. syndrome, pathophysiology, clinical presentation, diagnosis, treatment. Discuss Aplastic Anemia, . Assist. Professor :. Dr.Maysem. . Mouayad. . Alwash. . LEC.2. Objectives:. 1-Define . myeloproliferative. disorders. (MPD) and Classify MPD. 2-Enumerate causes of polycythemia.. 3-Define . Essential . Part 2. Wendy Blount, DVM. Slide Preparation. Pipette flecks out of the petri dish and put on glass slides immediately. Elevate one end of the slide to let extra blood run . off. Slide Preparation. Pipette flecks out of the petri dish and put on glass slides immediately. ®. Hematopoietic Stem Cells (HSCs) are capable of developing into any blood cell lineage. They develop in the bone marrow.. A small percentage of HSCs interacted with the . endosteal. niche, SNO cells, and osteoblasts..