Search Results - (Author, Cooperation:R. L. Hamilton)
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1Latest Papers from Table of Contents or Articles in PressA. S. Morrissy ; L. Garzia ; D. J. Shih ; S. Zuyderduyn ; X. Huang ; P. Skowron ; M. Remke ; F. M. Cavalli ; V. Ramaswamy ; P. E. Lindsay ; S. Jelveh ; L. K. Donovan ; X. Wang ; B. Luu ; K. Zayne ; Y. Li ; C. Mayoh ; N. Thiessen ; E. Mercier ; K. L. Mungall ; Y. Ma ; K. Tse ; T. Zeng ; K. Shumansky ; A. J. Roth ; S. Shah ; H. Farooq ; N. Kijima ; B. L. Holgado ; J. J. Lee ; S. Matan-Lithwick ; J. Liu ; S. C. Mack ; A. Manno ; K. A. Michealraj ; C. Nor ; J. Peacock ; L. Qin ; J. Reimand ; A. Rolider ; Y. Y. Thompson ; X. Wu ; T. Pugh ; A. Ally ; M. Bilenky ; Y. S. Butterfield ; R. Carlsen ; Y. Cheng ; E. Chuah ; R. D. Corbett ; N. Dhalla ; A. He ; D. Lee ; H. I. Li ; W. Long ; M. Mayo ; P. Plettner ; J. Q. Qian ; J. E. Schein ; A. Tam ; T. Wong ; I. Birol ; Y. Zhao ; C. C. Faria ; J. Pimentel ; S. Nunes ; T. Shalaby ; M. Grotzer ; I. F. Pollack ; R. L. Hamilton ; X. N. Li ; A. E. Bendel ; D. W. Fults ; A. W. Walter ; T. Kumabe ; T. Tominaga ; V. P. Collins ; Y. J. Cho ; C. Hoffman ; D. Lyden ; J. H. Wisoff ; J. H. Garvin, Jr. ; D. S. Stearns ; L. Massimi ; U. Schuller ; J. Sterba ; K. Zitterbart ; S. Puget ; O. Ayrault ; S. E. Dunn ; D. P. Tirapelli ; C. G. Carlotti ; H. Wheeler ; A. R. Hallahan ; W. Ingram ; T. J. MacDonald ; J. J. Olson ; E. G. Van Meir ; J. Y. Lee ; K. C. Wang ; S. K. Kim ; B. K. Cho ; T. Pietsch ; G. Fleischhack ; S. Tippelt ; Y. S. Ra ; S. Bailey ; J. C. Lindsey ; S. C. Clifford ; C. G. Eberhart ; M. K. Cooper ; R. J. Packer ; M. Massimino ; M. L. Garre ; U. Bartels ; U. Tabori ; C. E. Hawkins ; P. Dirks ; E. Bouffet ; J. T. Rutka ; R. J. Wechsler-Reya ; W. A. Weiss ; L. S. Collier ; A. J. Dupuy ; A. Korshunov ; D. T. Jones ; M. Kool ; P. A. Northcott ; S. M. Pfister ; D. A. Largaespada ; A. J. Mungall ; R. A. Moore ; N. Jabado ; G. D. Bader ; S. J. Jones ; D. Malkin ; M. A. Marra ; M. D. Taylor
Nature Publishing Group (NPG)
Published 2016Staff ViewPublication Date: 2016-01-14Publisher: Nature Publishing Group (NPG)Print ISSN: 0028-0836Electronic ISSN: 1476-4687Topics: BiologyChemistry and PharmacologyMedicineNatural Sciences in GeneralPhysicsPublished by: -
2Articles: DFG German National LicensesStaff View
ISSN: 1420-9071Keywords: Freeze-tolerance ; ribitol ; Cryptocercus punctulatus (Scudder)Source: Springer Online Journal Archives 1860-2000Topics: BiologyMedicineNotes: Summary Winter-acclimatedCryptocercus punctulatus are able to withstand ice crystal formation within their bodies (freeze-tolerant), and contain hemolymph plasma ice nucleating factors (INF's) throughout the year. In addition, ribitol, a sugar alcohol accumulates in their hemolymph during winter. This represents a new report of INF's occurring in the Dictyoptera, and the presence of ribitol in the hemolymph of the Insecta.Type of Medium: Electronic ResourceURL: -
3Articles: DFG German National LicensesJost-Vu, E. ; Hamilton, R. L. ; Hornick, C. A. ; Belcher, J. D. ; Havel, R. J.
Springer
Published 1986Staff ViewISSN: 1432-119XSource: Springer Online Journal Archives 1860-2000Topics: BiologyMedicineNotes: Summary Plama lipoproteins (and other ligands) are endocytosed by hepatocytes and appear in multivesicular bodies (MVBs) in the Golgi-lysosome region of the cell prior to their degradation. We have isolated MVB fractions from livers of estradiol-treated rats, permitting studies of their properties (Hornick et al. 1985). Here we report our cytochemical studies of lysosomal enzyme activity in partially and highly purified MVB fractions and in MVBs in hepatocytes in situ. Only about 15% of partially or highly purified MVBs were positive for acid phosphatase and arylsulfatase, consistent with the prelysosomal nature of this compartment. Partially purified MVB fractions contained small round vesicles, 70–120 nm in diameter, which, stained intensely for these enzymes; occasionally these vesicles appeared to fuse with MVBs, suggesting that these structures are primary lysosomes. Such stained vesicles were rarely seen in highly purified MVB preparations. Acid phosphatase reaction product with cerium as capture reagent appeared as uniform precipitates surrounding endocytosed plasma lipoproteins in positively stained MVBs. Arylsulfatase reaction product, however, appeared as distinctive are or plaque-like deposits just inside the MVB-limiting membrane, often in continuity with intense reaction product contained in a fusing primary lysosome. Similar putative primary lysosomes were occasionally observed in isolated, “intact” Golgi fractions from the same livers. Similar histochemical reactivities of MVBs and putative primary lysosomes were observed in thin sections of hepatoyctes in situ. These observations support the conclusion that, in hepatocytes, MVBs represent the immediate prelysosomal compartment in the endocytic pathway of macromolecular catabolism, and suggest that MVBs are converted to secondary lysosomes by direct fusion with primary lysosomes arising from closely adjacent Golgi compartment.Type of Medium: Electronic ResourceURL: -
4Articles: DFG German National LicensesStaff View
ISSN: 0449-2951Keywords: Chemistry ; Polymer and Materials ScienceSource: Wiley InterScience Backfile Collection 1832-2000Topics: Chemistry and PharmacologyPhysicsNotes: The effect of water on stress relaxation was studied for several fibers as a function of water temperature and other parameters. A quantitative measure of the effect was developed. A statistical model was developed, and it was found that the observed behavior could be interpreted in terms of a redistribution of forces among the various bonds within the fiber. The measure of the water effect, as defined here, could be used to study the connection between stress relaxation and other fiber properties.Additional Material: 4 Ill.Type of Medium: Electronic ResourceURL: