Pediatric and Adult MRI Atlas of Bone Marrow

Hakan Ilaslan, MD is an Associate Professor of Radiology at the Cleveland Clinic Lerner College. Dr. Ilaslan received his medical degree from Marmara University, Istanbul, Turkey. He completed a transitional year internship at Basset Hospital of Columbia University in New York. He subsequently completed a radiology residency at Albert Einstein Medical Center(Philadelphia, Pennsylvania) and Musculoskeletal Radiology Fellowship at Mayo Clinic(Rochester, Minnesota).Dr Ilaslan is the director of Musculoskeletal interventions at Cleveland Clinic performing image guided biopsies and tumor ablations in pediatric and adult patients.Murali Sundaram M.B.B.S; FRCR is a staff radiologist at the Cleveland Clinic, Ohio, USA and professor of Radiology at Cleveland Clinic Lerner College of Medicine and Case Western Reserve University, Cleveland, Ohio. Dr. Sundaram graduated from the Guntur Medical College in India and did his radiology training at the Manchester Royal Infirmary,University of Manchester, U.K. Prior to his present position at the Cleveland Clinic Dr. Sundaram was on the radiology clinical faculty of St.Louis University School of Medicine and Mayo Clinic, Rochester, USA with the academic rank of Professor of Radiology. Dr. Sundaram was an Editor of Skeletal Radiology for 15 years, stepping down in 2012 to become Editor Emeritus.

“The scope of this book is to aid towards the MRI evaluation of physiological and pathological bone marrow. It uses an atlas format to facilitate learning with numerous examples of a wide spectrum of normal and abnormal bone marrow states and in this context it largely succeeds. Aimed at radiologists, the book's editors are internationally renowned radiologists and the contributing authors are all distinguished in their field. … paper is of good quality and the standards of production are decent.” (Dr. Asif Saifuddin and Dr. Anastasia Fotiadou, RAD Magazine, November, 2016)

• Adult: (Appendicular and axial skeleton): Normal bone marrow. Degenerative related changes. Neoplastic bone marrow-infiltrating diseases: Multiple myeloma. Acute leukemias. Chronic leukemias. Diffuse metastasis. Diffuse lymphomas. Non-neoplastic bone marrow-infiltrating diseases: Anemias. Polycytemia vera. Myelofibrosis. Marrow storage disorders. Infection. Post-treatment related marrow changes: Radiation changes. Chemotherapy changes. Granulocyte stimulating factor. Pediatric: (Appendicular and axial skeleton): Normal bone marrow at different age groups. Neoplastic bone marrow-infiltrating diseases: Multiple myeloma. Acute leukemias. Diffuse metastasis. Diffuse lymphomas. Non-neoplastic bone marrow-infiltrating diseases: Anemias. Polycytemia vera. Myelofibrosis. Marrow storage disorders. Infection. Post-treatment related marrow changes: Radiation changes. Chemotherapy changes. Granulocyte stimulating factor.