Many hazelnut (Corylus avellana L.) cultivars
fail to thrive in vitro on standard growth medium and the
reasons for poor growth are not well understood. Our initial
study of five C. avellana cultivars showed that changes in
the mineral nutrients of Driver and Kuniyuki walnut
(DKW) medium, including doubling the...
Micropropagation of hazelnut (Corylus avellana
L.) is typically difficult because of the wide variation
in response among cultivars. This study was designed to
determine the required mineral nutrient concentrations for
micropropagation of C. avellana cultivars using a response
surface design analysis. Driver and Kuniyuki Walnut
(DKW) medium mineral nutrients were...
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Micropropagation of hazelnut (Corylus avellana
L.) is typically difficult because of the wide variation
in response among cultivars. This study was designed to
determine the required mineral nutrient concentrations for
micropropagation of C. avellana cultivars using a response
surface design analysis. Driver and Kuniyuki Walnut
(DKW) medium mineral nutrients were...
Full Text:
micropropagation
Modeling optimal mineral nutrition for hazelnut micropropagation
Hand, C., Maki, S., & Reed, B
Micropropagation of hazelnut (Corylus avellana
L.) is typically difficult because of the wide variation
in response among cultivars. This study was designed to
determine the required mineral nutrient concentrations for
micropropagation of C. avellana cultivars using a response
surface design analysis. Driver and Kuniyuki Walnut
(DKW) medium mineral nutrients were...
It has been hypothesized that caffeine intake can directly interfere with estrogen synthesis; it is also well documented that caffeine can increase energy expenditure. Active women with ExMD are at risk for the female athlete triad, a syndrome associated with negative energy balance, leading to menstrual dysfunction and eventually poor...
Full Text:
Dysfunction (ExMD) Andrew R. Derringer, Taryn M. Hand, RD, Melinda M. Manore, PhD, RD, CSSD, FACSM.
School of
It has been hypothesized that caffeine intake can directly interfere with estrogen synthesis; it is also well documented that caffeine can increase energy expenditure. Active women with ExMD are at risk for the female athlete triad, a syndrome associated with negative energy balance, leading to menstrual dysfunction and eventually poor...
Full Text:
Dysfunction (ExMD)
Andrew R. Derringer, Taryn M. Hand, RD, Melinda M. Manore, PhD, RD, CSSD, FACSM.
School
It has been hypothesized that caffeine intake can directly interfere with estrogen synthesis; it is also well documented that caffeine can increase energy expenditure. Active women with ExMD are at risk for the female athlete triad, a syndrome associated with negative energy balance, leading to menstrual dysfunction and eventually poor...
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