Vitamin D my hypothesis
- Thread starter gbj
- Start date
Dysprositos
Member
I'm thinking the benefits of camoflague are too benign in comparison to the effects and it triggers on the plant. When you name vitamin D water is that D2? If I'm not mistaken it will promote fungal growth and increased root growth.
MediMaryUser
Well-Known Member
is that all !!!!!!!! bump
personified
Active Member
I found this;
Vitamin D and related compounds (hydroxylated derivatives and glycosides) occur naturally in certain plants. The metabolism of vitamin D3 in Solanum malacoxylon Sendtn. is similar in certain respects to that in animal systems. There is also evidence that vitamin D3, plays a role in processes regulated by Ca2+ in plants. Vitamin D3 possesses plant growth substance activities and in particular enhances adventitious root formation.
Evidence that vitamin Ds could affect Ca2+ uptake was lacking for plants. For this reason, the radioisotope 45Ca2+ was employed to measure the uptake of calcium into shoots of micropropagated potato plantlets (Solanum tuberosum ‘Russet Burbank’
treated with nutrient solutions containing vitamin Ds (D2 or D3 at 0, 10, 25 or 50 mgL-1) and Ca (3, 5 or 15 mM). Vitamin Ds at 25 mgL-1 were most effective at improving 45Ca2+ uptake into plantlet shoots. At higher concentrations (50 mgL-1) vitamin D3 did not stimulate 45Ca2+ uptake beyond that achieved at 25 mgL-1 and D2 was inhibitory to uptake. It was evident from this study that vitamin Ds improved 45Ca2+ uptake into shoots of micropropagated potato plantlets and that D3 was more efficient in this capacity than D2 or a combination of D2 and D3. Vitamin Ds apparently play a similar role in both plants and animals by affecting Ca absorption and Ca-mediated cellular functions.
I also found this;
http://www.reptileuvinfo.com/docs/pro-vitamin-d-recptor-in-plants-bjorn-plant-ecology.pdf
Vitamin D and related compounds (hydroxylated derivatives and glycosides) occur naturally in certain plants. The metabolism of vitamin D3 in Solanum malacoxylon Sendtn. is similar in certain respects to that in animal systems. There is also evidence that vitamin D3, plays a role in processes regulated by Ca2+ in plants. Vitamin D3 possesses plant growth substance activities and in particular enhances adventitious root formation.
Evidence that vitamin Ds could affect Ca2+ uptake was lacking for plants. For this reason, the radioisotope 45Ca2+ was employed to measure the uptake of calcium into shoots of micropropagated potato plantlets (Solanum tuberosum ‘Russet Burbank’
treated with nutrient solutions containing vitamin Ds (D2 or D3 at 0, 10, 25 or 50 mgL-1) and Ca (3, 5 or 15 mM). Vitamin Ds at 25 mgL-1 were most effective at improving 45Ca2+ uptake into plantlet shoots. At higher concentrations (50 mgL-1) vitamin D3 did not stimulate 45Ca2+ uptake beyond that achieved at 25 mgL-1 and D2 was inhibitory to uptake. It was evident from this study that vitamin Ds improved 45Ca2+ uptake into shoots of micropropagated potato plantlets and that D3 was more efficient in this capacity than D2 or a combination of D2 and D3. Vitamin Ds apparently play a similar role in both plants and animals by affecting Ca absorption and Ca-mediated cellular functions.I also found this;
http://www.reptileuvinfo.com/docs/pro-vitamin-d-recptor-in-plants-bjorn-plant-ecology.pdf
Wolverine97
Well-Known Member
dababydroman
Well-Known Member
are normal people trolls TO trolls? if so im trolling this thread.
personified
Active Member
So what your saying is Jesus was a dancing cracker? I thought Jesus was my gardener!!