The book is a Russian immigrant's life story, written for himself, though with the hope that others may also find it interesting (after Dr. N. I. Pirogov). Chapter 1 begins with the family's chronicle in the Russian Empire, and how the author's parents ended up in Latvia following the Bolshevik revolution. It continues through the World War II years in Latvia, Germany and its post-war D. P. camps. In Chapter 2, the author recollects his educational experiences in America, the usual struggles of his immigrant parents to make a new life in their adopted country, and their passage into the next world in 1975 and 1988. The next two chapters are concerned with the author's work history as a scientist and professor of biochemistry at Rush Medical College in Chicago and elsewhere. Chapters 5 and 6 are concerned with the spiritual persona of the author: his Russian ethnicity and his Orthodox faith, including history of Russian immigration and the Orthodox Church in the U. S. The author's interactions with these communities are reviewed, as are his attempts to defend Orthodoxy and Russia's historical past in America's news media via letters to the editor and publication of the Chicago Russian-American. Chapter 7 is devoted to the author's family, i.e., life with his wife Marilyn and his sons Gregory and Alexander, plus his commentary on contemporary American society. His conservative world view, generated by his spiritual persona and behaviors of the "progressive" Soviet Union and its American followers, are illustrated by his letters to the news media during the 1950-2000 decades. The book carries a foreword by Dr. Gerasim Tikoff, a friend and retired cardiologist, and is illustrated by photographs from 19th century Russia and the author's life in Latvia, Germany and the U. S.
Atomic biology has come of age. Interest in the role of chemical elements in life processes has captured the imagination of a wide spectrum of research scientists-ranging from the nutritionist to the biochemist, the inorganic chemist, and even to some biophysicists. This series, Biochemistry of the Elements, is a recognition of this increasing interest. When complete, the books will assemble the hard facts concerning the biochemistry of each element-singly or in a logical grouping. The series will provide a permanent reference for this active and growing field. Each volume shall represent an integrated effort by one or several authors to describe the current knowledge of an element(s) or the methods by which it is studied. Iron is the only element to which we have devoted two volumes, because its biological and chemical role is so versatile and complex. These two volumes will treat the two main structural categories of iron: heme and nonheme iron. In this volume on nonheme iron, the first in the series, Anatoly Bezkorovainy provides what we believe is the most comprehensive treatment of this important topic.
This book provides a comprehensive reference work on this ubiquitous group of microorganisms for the biomedical community, and intends to stimulate further research into the biochemistry and physiology of bifidobacteria and their role in health and disease of newborns and even adult human beings. Discussions of bifidobacteria include chapters on nomenclature and taxonomy, ecology, morphology, metabolism, membrane and cell wall structure, clinical applications, metal transport, and future research trends. Each chapter ends with a summary. The book is amply illustrated and extensively referenced.
The book is a Russian immigrant's life story, written for himself, though with the hope that others may also find it interesting (after Dr. N. I. Pirogov). Chapter 1 begins with the family's chronicle in the Russian Empire, and how the author's parents ended up in Latvia following the Bolshevik revolution. It continues through the World War II years in Latvia, Germany and its post-war D. P. camps. In Chapter 2, the author recollects his educational experiences in America, the usual struggles of his immigrant parents to make a new life in their adopted country, and their passage into the next world in 1975 and 1988. The next two chapters are concerned with the author's work history as a scientist and professor of biochemistry at Rush Medical College in Chicago and elsewhere. Chapters 5 and 6 are concerned with the spiritual persona of the author: his Russian ethnicity and his Orthodox faith, including history of Russian immigration and the Orthodox Church in the U. S. The author's interactions with these communities are reviewed, as are his attempts to defend Orthodoxy and Russia's historical past in America's news media via letters to the editor and publication of the Chicago Russian-American. Chapter 7 is devoted to the author's family, i.e., life with his wife Marilyn and his sons Gregory and Alexander, plus his commentary on contemporary American society. His conservative world view, generated by his spiritual persona and behaviors of the "progressive" Soviet Union and its American followers, are illustrated by his letters to the news media during the 1950-2000 decades. The book carries a foreword by Dr. Gerasim Tikoff, a friend and retired cardiologist, and is illustrated by photographs from 19th century Russia and the author's life in Latvia, Germany and the U. S.
This work offers succinct, medically-oriented coverage of biochemistry, examining biologically important materials and presenting the properties of nucleic acids as well as nucleic acid metabolism. Each metabolic process is integrated in a review of overall energy metabolism, diabetes and starvation. A solutions manual is available to instructors o
This book is concerned basically with Marilyn Grib's biography, who became the author's wife in 1964 and passed away in 2020. If anyone wants to read the author's life's story, he has written a book entitled "All Was Not Lost," by Tranquility Press, Marietta, GA. Marilyn was 82 years old when she passed away, and Anatoly, her husband was 85; and he started writing this story a year ago, on March 21, 2021. Marilyn suffered from her illness, Parkinson's Disease, because of her Belorus ancestry, who brought this disease to America. She Suffered from this illness for 8+ years, which is a long time most of its patients pass away 2 to 5 years after diagnosis. Her uncle has lived for four years. And professorial colleague. Dr. Gavrilin from Riga University died two years after diagnosis. So the Lord allowed Marilyn to live much longer, thanks be to God for His gift! Marilyn's adopted mother, her uncle's sister from the same family, did not get this awful disease and died in the upper 90's without inheriting it. Incidentally, neither Marilyn nor Anatoly were aware of the fact that her family had Parkinson's' genetics.
The author's intention to write "Science and Medicine in Imperial Russia" was to acquaint the American medical and scientific professionals, and, hopefully, the general public, with the accomplishments of Russian scientists and physicians in the areas of their professions. The authors has limited his story to medicine, chemistry, and biology, the areas of his extended experience. American public's thinking, due to a number of reasons, is that Imperial Russia was a "swamp" (to use President Trump's expression), in which nothing of medical or scientific importance has ever been discovered or developed.This author, of course, thinks otherwise, and presents in this volume an ample amount of evidence to show that in the fields listed above, the accomplishments of the Russians were surprisingly numerous. As an example, one can cite the discoveries of Russian organic chemists (especially at the Kazan University), which, arguably, were exceeded only by the Germans.
This book provides a comprehensive reference work on this ubiquitous group of microorganisms for the biomedical community, and intends to stimulate further research into the biochemistry and physiology of bifidobacteria and their role in health and disease of newborns and even adult human beings. Discussions of bifidobacteria include chapters on nomenclature and taxonomy, ecology, morphology, metabolism, membrane and cell wall structure, clinical applications, metal transport, and future research trends. Each chapter ends with a summary. The book is amply illustrated and extensively referenced.
Atomic biology has come of age. Interest in the role of chemical elements in life processes has captured the imagination of a wide spectrum of research scientists-ranging from the nutritionist to the biochemist, the inorganic chemist, and even to some biophysicists. This series, Biochemistry of the Elements, is a recognition of this increasing interest. When complete, the books will assemble the hard facts concerning the biochemistry of each element-singly or in a logical grouping. The series will provide a permanent reference for this active and growing field. Each volume shall represent an integrated effort by one or several authors to describe the current knowledge of an element(s) or the methods by which it is studied. Iron is the only element to which we have devoted two volumes, because its biological and chemical role is so versatile and complex. These two volumes will treat the two main structural categories of iron: heme and nonheme iron. In this volume on nonheme iron, the first in the series, Anatoly Bezkorovainy provides what we believe is the most comprehensive treatment of this important topic.
The author's intention to write "Science and Medicine in Imperial Russia" was to acquaint the American medical and scientific professionals, and, hopefully, the general public, with the accomplishments of Russian scientists and physicians in the areas of their professions. The authors has limited his story to medicine, chemistry, and biology, the areas of his extended experience. American public's thinking, due to a number of reasons, is that Imperial Russia was a "swamp" (to use President Trump's expression), in which nothing of medical or scientific importance has ever been discovered or developed.This author, of course, thinks otherwise, and presents in this volume an ample amount of evidence to show that in the fields listed above, the accomplishments of the Russians were surprisingly numerous. As an example, one can cite the discoveries of Russian organic chemists (especially at the Kazan University), which, arguably, were exceeded only by the Germans.
This work offers succinct, medically-oriented coverage of biochemistry, examining biologically important materials and presenting the properties of nucleic acids as well as nucleic acid metabolism. Each metabolic process is integrated in a review of overall energy metabolism, diabetes and starvation. A solutions manual is available to instructors o
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