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Visualizing protein–protein interactions in living animals
Methods, 2003A variety of techniques have been developed to analyze protein-protein interactions in vitro and in cultured cells. However, these methods do not determine how protein interactions affect and are regulated by physiologic and pathophysiologic conditions in living animals.
Gary D, Luker +2 more
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FERM proteins in animal morphogenesis
Current Opinion in Genetics & Development, 2009Proteins containing a FERM domain are ubiquitous components of the cytocortex of animal cells where they are engaged in structural, transport, and signaling functions. Recent years have seen a wealth of genetic studies in model organisms that explore FERM protein function in development and tissue organization.
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Ribosomal protein differences between animal cells
Experimental Cell Research, 1974Abstract Ribosomal proteins of human (HeLa), Syrian hamster, Chinese hamster, chick (embryo) and rat (Novikoff hepatoma) cells have been examined by two-dimensional polyacrylamide gel electrophoresis. The results show that although there are many similarities between the electrophoretic patterns, species-specific marker proteins can be identified for
D J, Kuter, A, Rodgers
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Blood proteins from transgenic animal bioreactors
Transfusion Medicine Reviews, 1996T HE TRANSMISSION of viruses by blood transfusion and replacement therapy with human plasma proteins has caused serious concern in recent years, eliciting several changes in the preparation of blood products. The selection of donors, rigorous screening of collected blood, and virucidal procedures introduced in the purification of plasma proteins have ...
H, Luboń +3 more
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Unconventional Protein Secretion in Animal Cells
2016All eukaryotic cells secrete a range of proteins in a constitutive or regulated manner through the conventional or canonical exocytic/secretory pathway characterized by vesicular traffic from the endoplasmic reticulum, through the Golgi apparatus, and towards the plasma membrane.
Fanny, Ng, Bor Luen, Tang
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Outlook on Agriculture, 1983
The deposition of proteins in tissues of farm animals is a consequence of the balance of the rates of protein synthesis and degradation tissues. This turnover contributes to the energy costs of protein deposition. Protein metabolism is strongly influenced by the hormonal status of the animal and this is being exploited currently by the use of several ...
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The deposition of proteins in tissues of farm animals is a consequence of the balance of the rates of protein synthesis and degradation tissues. This turnover contributes to the energy costs of protein deposition. Protein metabolism is strongly influenced by the hormonal status of the animal and this is being exploited currently by the use of several ...
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Glycolipid Transfer Protein in Animal Cells
1990The membrane-free cytosol of pig brain contains glycolipid transfer protein (GL-TP), which in vitro facilitates the transfer of various glycosphingolipids and glyceroglycolipids between membranes. This protein has been purified to homogeneity from this source.
T, Sasaki, A, Abe, F, Roerink
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Serum Protein Fractions in Domestic Animals
British Veterinary Journal, 1972SUMMARY Normal values for serum protein fractions of cattle, cats, dogs, horses and sheep are reported. These values were derived from electrophoretograms showing distinct separation of the various protein fractions. From these electrophoretograms, the relative distance of migration of the various protein fractions was established for each species ...
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Assessing cell-based animal proteins
Science, 2019Shuo Li, Liu, Kristopher, Gasteratos
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Molecular imaging in oncology: Current impact and future directions
Ca-A Cancer Journal for Clinicians, 2022Steven P Rowe, Martin G Pomper
exaly

