l h e potential for photosynthetic and photoautotrophic growth
was studied in hairy root cultures of Asteraceae and Solanaceae
species. Upon transfer to light, initially heterotrophic root cultures
of Acmella oppositifolia and Dafura innoxia greened rapidly, dif-
ferentiated chloroplasts, and developed light-dependent CO, fix-
ation in the cortical cells. Photosynthetic potential was expressed
in root cultures of all the Asteraceae genera examined (Acmella,
Artemisia, Rudbeckia, Sfevia, and Tagetes). Hairy roots of A. op-
positifolia and D. innoxia were further adapted to photoautotrophy
by growing in the presence of light and added CO, (1-5%) and by
direct or sequential transfers into media containing progressively
lower sugar concentrations. l h e transition to photoautotrophy was
accompanied by an increase in COz fixation and in the specific
activity of 1,s-ri bulose-bisphosphate carboxylase/ oxygenase (Rub-
isco). During the adaptation of A. opposififolia roots to photoau-
totrophy, the ratio of Rubisco to phosphoenolpyruvate carboxylase
increased significantly, approaching that found in the leaves. l h e
levels and patterns of alkaloids and polyacetylenes produced by
Solanaceae and Asteraceae hairy roots, respectively, were dramat-
ically altered in photomixotrophic and photoautotrophic cultures.
Photoautotrophic roots of A. opposififolia have been maintained
in vitro for over 2 years.:P
for photosynthesis to take place you need water its one of the raw materials. thus root hair cells are found in in the roots of a plant so it can take in the water hence the large vacuole.
hope this answer helps.
a root hair cell increase the surface area of the root which helps it colect more water and stuff
poepscheet doegies en de groete th doei doei
The thing needed for photosynthesis are Water, Sunlight and Carbon-dioxide. Roots absorb water from soil which is essential for photosynthesis.Thus they help the process of photosynthesis.
roots suck up the water to keep the plant alive
while the stem is the highway of the plant
Root hair cells don't have chloroplast.
That they take in air
the food or "sugars" are carried to the roots on the circulatory system called phloem. happy i could help! ~mickie
Photosynthesis: is a chemical process that converts carbon dioxide into organic compounds, especially sugars
sunlight
no because roots and seeds are located below or underground, if it is located below, the sunlight cannot pass through, which is, sunlight is needed in the process of photosynthesis(process of converting light energy from the sun into a chemical energy).
The process of osmosis and photosynthesis are not performed by animal cells.
Roots bring water and nutrients to the whole plant. Without water to " crack " the process of photosynthesis would not be possible. Also, roots help keep the plants upright and/or in a fixed location.
in the leaf.it takes in sunlight to start the process of photosynthesis
Roots bring water and nutrients to the whole plant. Without water to " crack " the process of photosynthesis would not be possible. Also, roots help keep the plants upright and/or in a fixed location.
Photosynthesis
Roots, stems and leaves
No. It is made by the stomata in the leaves. This process is called photosynthesis.
the food or "sugars" are carried to the roots on the circulatory system called phloem. happy i could help! ~mickie
Photosynthesis: is a chemical process that converts carbon dioxide into organic compounds, especially sugars
sunlight yea
You Get Photosynthesis In Plants..Basicly What Happens Is That The Leaves Of A Plant Absorb Light.They Then Use The Light To Get Glucose And Oxygen As Waste Products.They Store the glucose and The Plants Release The Oxygen Into The Air For Us To Breathe
Xylem carries water up from the roots to the leaves for the process of photosynthesis. Phloem carries the food/nutrients down to the roots.
Roots are underground so they don't get any energy from sunlight they need for photosynthesis.