Results 251 to 260 of about 1,871,491 (306)
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2022
Abstract Synchronization is important in biology, from heart beats to firefly mating. But those are not the only phenomena that become simpler as the number of constituents increases. Integrate and fire models as well as the Kuramoto theory are studied. Ants and biorobotics are similar to---of all things---glass.
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Abstract Synchronization is important in biology, from heart beats to firefly mating. But those are not the only phenomena that become simpler as the number of constituents increases. Integrate and fire models as well as the Kuramoto theory are studied. Ants and biorobotics are similar to---of all things---glass.
+4 more sources
2022
Biological Science: Exploring the Science of Life spans the full scale of biological science — from molecule to ecosystem. The first part of the text looks at life and its exploration. Topics covered in this section include exploring the science of life, the emergence of life on earth, defining life, evolutionary processes, and the ...
Jon Scott +9 more
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Biological Science: Exploring the Science of Life spans the full scale of biological science — from molecule to ecosystem. The first part of the text looks at life and its exploration. Topics covered in this section include exploring the science of life, the emergence of life on earth, defining life, evolutionary processes, and the ...
Jon Scott +9 more
openaire +2 more sources
Journal of Dental Research, 1980
The purpose of this research was to examine the requirements for proteolipid initiation of calcification in culture. Proteolipid from a calcifiable microorganism, Bacterionema matruchotii, was compared with proteolipid isolated from a non-calcifiable microorganism, Actinomyces naeslundii. Although A. naeslundii does not calcify in culture, lyophilized
R.E. Howell, B. Boyan-Salyers
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The purpose of this research was to examine the requirements for proteolipid initiation of calcification in culture. Proteolipid from a calcifiable microorganism, Bacterionema matruchotii, was compared with proteolipid isolated from a non-calcifiable microorganism, Actinomyces naeslundii. Although A. naeslundii does not calcify in culture, lyophilized
R.E. Howell, B. Boyan-Salyers
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Journal of Dental Research, 1985
It has been shown in laboratory and animal studies that tooth enamel becomes considerably more reactive toward low levels of fluoride after receiving pre-treatment which forms dicalcium phosphate dihydrate (DCPD) in the enamel as an intermediate.
Y.C. Hong, L.C. Chow, W.E. Brown
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It has been shown in laboratory and animal studies that tooth enamel becomes considerably more reactive toward low levels of fluoride after receiving pre-treatment which forms dicalcium phosphate dihydrate (DCPD) in the enamel as an intermediate.
Y.C. Hong, L.C. Chow, W.E. Brown
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Journal of Dental Research, 1981
Thirty-two strains of Lactobacilli, comprising eight species and obtained from human dental plaque or other sources, were tested for cariogenic potential in gnotobiotic Sprague-Dawley rats receiving modified cariogenic Diet 2000. Seventeen of these strains were moderately to highly cariogenic, and only one, a strain of Lactobacillus lactis, was scored
Robert J. Fitzgerald +3 more
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Thirty-two strains of Lactobacilli, comprising eight species and obtained from human dental plaque or other sources, were tested for cariogenic potential in gnotobiotic Sprague-Dawley rats receiving modified cariogenic Diet 2000. Seventeen of these strains were moderately to highly cariogenic, and only one, a strain of Lactobacillus lactis, was scored
Robert J. Fitzgerald +3 more
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Materials Science: Biological Aspects
Journal of Dental Research, 2002The author discusses the biological aspects of dental materials and their applications as integral parts of both dentistry and medicine.
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Current Opinion in Solid State and Materials Science, 1998
Abstract Biological surface science (BioSS), as defined here is the broad interdisciplinary area where properties and processes at interfaces between synthetic materials and biological environments are investigated and biofunctional surfaces are fabricated. Six examples are used to introduce and discuss the subject: Medical implants in the human body,
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Abstract Biological surface science (BioSS), as defined here is the broad interdisciplinary area where properties and processes at interfaces between synthetic materials and biological environments are investigated and biofunctional surfaces are fabricated. Six examples are used to introduce and discuss the subject: Medical implants in the human body,
openaire +1 more source