This issue of Advances in Molecular Pathology will provide a comprehensive review of the most current practices, trends, and developments in the field of Molecular Pathology. Publishing on an annual basis, the volume will be divided into 7 sections: Genetics, Hematopathology, Infectious Disease, Pharmacogenomics, Informatics, Solid tumors, and Identity/HLA. Led by Dr. Gregory Tsongalis of Dartmouth University, a team of experienced pathologists from institutions across the country oversee annual topic and expert author selection.
1. 1 Introduction - p. 311 2. 2 Ebrahimnejad’s method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 312 3. 3 Flaws of Ebrahimnejad’s method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 315 4. 4 Proposed Mehar method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 317 5. 5 Validity of the proposed Mehar method - p. 319 6. 6 Invalidity of the existing result - p. 327 7. 7 Exact dummy supply and dummy demand for the existing generalized IVTrFNTP - p. 328 8. 8 Exact results of the existing generalized IVTrFNTP - p. 331 9. 9 Conclusion - p. 333 10. Index - p. 335
This issue of Advances in Molecular Pathology will provide a comprehensive review of the most current practices, trends, and developments in the field of Molecular Pathology. Publishing on an annual basis, the volume will be divided into 7 sections: Genetics, Hematopathology, Infectious Disease, Pharmacogenomics, Informatics, Solid tumors, and Identity/HLA. Led by Dr. Gregory Tsongalis of Dartmouth University, a team of experienced pathologists from institutions across the country oversee annual topic and expert author selection.
1. 1 Introduction - p. 311 2. 2 Ebrahimnejad’s method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 312 3. 3 Flaws of Ebrahimnejad’s method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 315 4. 4 Proposed Mehar method for transforming an unbalanced generalized IVTrFNTP into a balanced generalized IVTrFNTP - p. 317 5. 5 Validity of the proposed Mehar method - p. 319 6. 6 Invalidity of the existing result - p. 327 7. 7 Exact dummy supply and dummy demand for the existing generalized IVTrFNTP - p. 328 8. 8 Exact results of the existing generalized IVTrFNTP - p. 331 9. 9 Conclusion - p. 333 10. Index - p. 335
