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Homeothermic Cell Culture in Vitro

Archives of Pediatrics & Adolescent Medicine, 1962
Introduction If the central body temperature is characteristic for the species in homeothermic animals, one could assume that the same temperature will apply also in primary tissue culture. This very simple hypothesis suggested the study of 3 problems: (1) Is the body temperature of an animal the optimal temperature for cell multiplication in tissue ...
C, CHANY, M, THOMAS
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In Vitro Culture of Deer Embryos

2019
In vitro embryo production of deer species has the potential to increase valuable traits for the agricultural sector, and from a conservation perspective, it is a propagation tool which can improve genetic diversity in small captive populations. In vitro embryo production is a multistep process consisting of oocyte maturation, fertilization, and embryo
Debra K, Berg, Ampika, Thongphakdee
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In vitro Culture of the Regenerating Lens

Nature, 1968
LENS regeneration by the dorsal iris in the lentectomized newt is a phenomenon which has been studied from the viewpoints of experimental embryology1,2 as well as cell biology3–7. Most of the studies so far reported, however, have been performed in vivo.
S E, Zalik, I, Meza
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In Vitro Culture of Meniscal Tissue

Clinical Orthopaedics and Related Research, 1990
The importance of the fibrocartilaginous menisci to the proper biomechanical function of the knee joint has been increasingly appreciated over the past 30 years. Meniscectomy is not the innocuous procedure it was once considered. Consequently, emphasis is now being placed on ways of repairing injured menisci in situ.
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In vitro culture of sheep oocytes matured and fertilized in vitro

Theriogenology, 1988
Sheep oocytes that matured and fertilized in vitro were cultured to evaluate their cleavage to the 8- to 16- cell stage and further development in five different media as follows: 1) CPMW (TCM199 + 20% ewe serum + 0.4% BSA), 2) Ham's F-10 + 10% ewe serum, 3) Brinster's pyruvate medium + 0.1% glucose (BPM-G), 4) co-culture with sheep oviduct epithelial ...
Y, Fukui   +3 more
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Perspectives on the in vitro culture of filariae

In Vitro Cellular & Developmental Biology - Animal, 1991
A primary constraint in the culture of human filariae is in obtaining starting material--either microfilariae (mfs), which infect invertebrates, or third stage larvae (L3s), which are infective to humans. Cryopreservation methods which partially overcome this difficulty have been developed for both mfs and L3s.
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In Vitro Culture of Arabidopsis Embryos

2006
Embryogenesis of Arabidopsis thaliana follows a nearly invariant cell division pattern and provides an ideal system for studies of early plant development. However, experimental manipulation with embryogenesis is difficult, as the embryo develops deeply inside maternal tissues.
Michael, Sauer, Jirí, Friml
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In Vitro Culture of Camelid Embryos

2019
The camel is the main meat- and milk-producing animal in the desert environment and is characterized by an induced ovulation pattern, in which ovulation occurs in response to copulation. Little is known about the early embryonic development and placentation in camelid species.
Islam M, Saadeldin   +2 more
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Culture and Function in Vitro

Diabetes, 1980
Human fetal pancreas, obtained at prostaglandin-in-duced legal abortions, was maintained in organ culture for 6–14 days in medium TCM 199 (5.5 mM glucose) or RPMI 1640 (11.1 mM glucose) supplemented with 20% calf serum and antibiotics. Light microscopic examination indicated that the cultured explants were composed of fibrous tissue and well-preserved ...
A Ågren   +9 more
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In vitro culture of bananas

1995
The earliest application of in vitro culture for Musa was reported by Cox et al. (1960) who successfully cultured zygotic embryos. This in vitro technique was developed to overcome the erratic and generally low germination of banana seeds. Ram et al. (1964) grew parthenocarpic green fruit pulp of several clones in vitro.
Y. Israeli, E. Lahav, O. Reuveni
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