Journal Article•
Histochemistry, Theoretical and Applied.
01 Jun 1960-Yale Journal of Biology and Medicine (Yale Journal of Biology and Medicine)-Vol. 32, Iss: 6, pp 481-482
TL;DR: The editors state in their preface that they are presenting "a new way to look at preventive medicine for the medical students, general practitioners, specialists, and professional workers in official and voluntary health agencies."
Abstract: municable disease control to the newer responsibilities of the hazards of ionizing radiation and medical defense against atomic attack. The individual topics are adequately developed with emphasis, in the majority, on brevity of presentation rather than complete and exhaustive detail. References are listed after each chapter for the reader desiring more definitive information. \"Epidemiologic Methods and Inferences\" by Dr. Dienfeld and \"Official and Voluntary Health Agencies\" by Dr. Hilleboe are two chapters which offer especially well-organized, succinct, and effective discussions of their respective subjects. The editors state in their preface that they are presenting \". . a new way to look at preventive medicine for the medical students, general practitioners, specialists, and professional workers in official and voluntary health agencies.\" In the opinion of the reviewer, the authors have achieved their purpose by editing a book which is more an introductory text than a reference tome.
Citations
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TL;DR: The Yo-Yo intermittent recovery test was a valid measure of fitness performance in soccer and had a high reproducibility and sensitivity, allowing for detailed analysis of the physical capacity of athletes in intermittent sports.
Abstract: KRUSTRUP, P, M MOHR, T AMSTRUP, T RYSGAARD, J JOHANSEN, A STEENSBERG, P K PEDERSEN, and J BANGSBO The Yo-Yo Intermittent Recovery Test: Physiological Response, Reliability, and Validity Med Sci Sports Exerc, Vol 35, No 4, pp 697–705, 2003PurposeTo examine the physiological
1,175 citations
TL;DR: A hitherto unknown rod-shaped cytoplasmic component which consists of a bundle of fine tubules, enveloped by a tightly fitted membrane, was regularly found in endothelial cells of small arteries in various organs in rat and man.
Abstract: A hitherto unknown rod-shaped cytoplasmic component which consists of a bundle of fine tubules, enveloped by a tightly fitted membrane, was regularly found in endothelial cells of small arteries in various organs in rat and man. It is about 0.1 µ thick, measures up to 3 µ in length, and contains several small tubules, ∼150 A thick, embedded in a dense matrix, and disposed parallel to the long axis of the rod. In some of these cells, the cisternae of the endoplasmic reticulum are greatly distended by the accumulation of a dense, finely granular material. The nature and significance of these cytoplasmic components are yet unknown.
1,037 citations
Cites background from "Histochemistry, Theoretical and App..."
...With mercury-bromphenol blue (5) they stained blue, indicating that the floccular material is, or contains, protein....
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...Strong alkaline phosphatase activity has been " reported in the endothelium of a variety of vessels, such as rabbit pulmonary artery (5), and small branches of systemic arteries (7)....
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...With Sudan black B, dissolved in alcohol, acetone, or propylene glycol (5, 6), a fine perinuclear granularity was observed in some endothelial cells....
[...]
TL;DR: Results indicate that sustained overexpression of IGF-I in skeletal muscle elicits myofiber hypertrophy and provides the basis for manipulation of muscle physiology utilizing skeletal α-actin-based vectors.
662 citations
TL;DR: This description of some of the present knowledge on skeletal muscle fibers, their metabolic potentials, and their interplay with the degree of physical activity has revealed that skeletal muscle of man has a very large capacity for adaptation.
Abstract: This description of some of the present knowledge on skeletal muscle fibers, their metabolic potentials, and their interplay with the degree of physical activity has revealed that skeletal muscle of man has a very large capacity for adaptation. Moreover, this adaptability appears to be of utmost importance for the metabolic response as well as for performance. Although all this is true, it should not distract us from the fact that we are lacking the most important information. The questions that need to be answered are: What triggers the changes to take place? Which are the regulatory mechanisms?
647 citations
TL;DR: Anatomic pathologic analysis of laser‐induced lesions reveals alterations that represent either specific markers of the photobiologic mechanism or non‐specific reactions to tissue injury.
Abstract: — —Pathologic analysis of the biologic effects and mechanisms of laser–tissue interactions requires correlation of the irradiation parameters with the biologic status and response of the target tissues over time. The photobiologic mechanisms of laser-induced tissue injury can be separated into three categories, photochemical, photothermal and photomechanical. Anatomic pathologic analysis of laser-induced lesions reveals alterations that represent either specific markers of the photobiologic mechanism or non-specific reactions to tissue injury. Repair, regeneration and wound healing of laser induced lesions appear to be non-specific responses to the type of tissue damage rather than the photobiologic mechanism producing the lesion.
587 citations
Cites background from "Histochemistry, Theoretical and App..."
...Special histological techniques such as enzyme histochemistry and transmission electron microscopy (TEM)* are useful for detecting early (within 24 h) changes, but these methods have their inherent drawbacks (Pearse, 1980; Ghadially, 1988)....
[...]
References
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TL;DR: The Yo-Yo intermittent recovery test was a valid measure of fitness performance in soccer and had a high reproducibility and sensitivity, allowing for detailed analysis of the physical capacity of athletes in intermittent sports.
Abstract: KRUSTRUP, P, M MOHR, T AMSTRUP, T RYSGAARD, J JOHANSEN, A STEENSBERG, P K PEDERSEN, and J BANGSBO The Yo-Yo Intermittent Recovery Test: Physiological Response, Reliability, and Validity Med Sci Sports Exerc, Vol 35, No 4, pp 697–705, 2003PurposeTo examine the physiological
1,175 citations
TL;DR: A hitherto unknown rod-shaped cytoplasmic component which consists of a bundle of fine tubules, enveloped by a tightly fitted membrane, was regularly found in endothelial cells of small arteries in various organs in rat and man.
Abstract: A hitherto unknown rod-shaped cytoplasmic component which consists of a bundle of fine tubules, enveloped by a tightly fitted membrane, was regularly found in endothelial cells of small arteries in various organs in rat and man. It is about 0.1 µ thick, measures up to 3 µ in length, and contains several small tubules, ∼150 A thick, embedded in a dense matrix, and disposed parallel to the long axis of the rod. In some of these cells, the cisternae of the endoplasmic reticulum are greatly distended by the accumulation of a dense, finely granular material. The nature and significance of these cytoplasmic components are yet unknown.
1,037 citations
TL;DR: Results indicate that sustained overexpression of IGF-I in skeletal muscle elicits myofiber hypertrophy and provides the basis for manipulation of muscle physiology utilizing skeletal α-actin-based vectors.
662 citations
TL;DR: This description of some of the present knowledge on skeletal muscle fibers, their metabolic potentials, and their interplay with the degree of physical activity has revealed that skeletal muscle of man has a very large capacity for adaptation.
Abstract: This description of some of the present knowledge on skeletal muscle fibers, their metabolic potentials, and their interplay with the degree of physical activity has revealed that skeletal muscle of man has a very large capacity for adaptation. Moreover, this adaptability appears to be of utmost importance for the metabolic response as well as for performance. Although all this is true, it should not distract us from the fact that we are lacking the most important information. The questions that need to be answered are: What triggers the changes to take place? Which are the regulatory mechanisms?
647 citations
TL;DR: Anatomic pathologic analysis of laser‐induced lesions reveals alterations that represent either specific markers of the photobiologic mechanism or non‐specific reactions to tissue injury.
Abstract: — —Pathologic analysis of the biologic effects and mechanisms of laser–tissue interactions requires correlation of the irradiation parameters with the biologic status and response of the target tissues over time. The photobiologic mechanisms of laser-induced tissue injury can be separated into three categories, photochemical, photothermal and photomechanical. Anatomic pathologic analysis of laser-induced lesions reveals alterations that represent either specific markers of the photobiologic mechanism or non-specific reactions to tissue injury. Repair, regeneration and wound healing of laser induced lesions appear to be non-specific responses to the type of tissue damage rather than the photobiologic mechanism producing the lesion.
587 citations