The correct answer is C) how to reduce the cost of technology to make it widely available.
The greatest issue facing society, that results from the development of new applications of cell technology is how to reduce the cost of technology to make it widely available.
Stem cell technology combines the research and results of geneticists, cell biologists, and medical doctors to find new medicinal applications for distinct diseases. Scientists defined stem cells as progenitor cells that can renew themselves and multilineal differentiation. But the greatest issue facing society, that results from the development of new applications of cell technology is how to reduce the cost of technology to make it widely available. Today, that technology is very expensive and not all people can afford it.
The other options of the question were A) how technology can be used to serve the needs of most people, B) how to balance an individual's rights with meeting the needs of society, and D) how to develop as many diseases cure as possible with technology.
The greatest issue facing society that results from the development of new applications of cell technology is that it can make the arteries narrower especially for patients with heart diseases. Although cell technology has been revealed as an ideal cure for heart related diseases.
Answer:
The DNA fingerprinting is the correct answer I took the quiz
Explanation:
The right answer is Slime molds are able to move
Mucilaginous mold are characterized because at some stage of their life cycle they form multinucleated aggregates (plasmodia) or multicellular (pseudoplasmodiums) that slide along the ground feeding on decaying plant matter. A few are parasites. They can be found on the ground, on the lawn and in deciduous forests. They are also common in leaf mulch or even in silt that accumulates in gutters. Some are aquatic, freshwater or marine.
The "body" of these Myxomycete consists of a mass of cytoplasm called plasmodium which is surrounded only by a thin membrane; there is no rigid wall like most mushrooms. This is why the plasmode can move by creeping or flowing, that is to say, by amoeboid movements.
Yes, it is alive according to the characteristics of life of plant, i.e.,
1.it has a definite structure and organization : organic (carbon-based molecules)
2. it metabolizes : its leaves are green and the green color is due to chlorophyll.
3. it maintains internal environment/homeostasis : it does not dry up (keeps the water level inside at a constant level)
4. it can reproduce : that's why it is not extinct or endangered
5. it grows : giving it a trim every few weeks is a good option
6. plants generally grow towards an area with more sunlight if it is not always exposed to sunlight.
7.bush has thorns as an adaption (which is a product of evolution) to defend itself
Like animals, fungi and all other living organisms, plants undergo different life processes that enable them to grow and reproduce. The seven life processes involve gaining nourishment, excreting waste material, growth, reproduction, sensitivity, respiration and movement.
A large number of plant characteristics contribute to whole-plant net photosynthesis, e.g. plant height, leaf area, leaf geometry, photosynthetic capacity, dark respiration. Yet all studies discussed so far have considered optimization of one characteristic with all other characteristics held equal.
Learn more about Photosynthesis here
#SPJ2
B) a sperm cell
C) a diploid zygote
D) a haploid zygote
The answer is C. a diploid zygote
B. marks transformation of ammonium (NH₄ plus) into nitrites (NO₂ minus) by bacteria.
C. marks synthesis of ammonium (NH₄ plus) by decomposers.
D. marks transformation of nitrogen (N₂) from the atmosphere to ammonium (NH₄ plus) by bacteria.
E. marks organisms that take part in transformation of nitrogen from the atmosphere (N₂) into ammonium (NH₄ plus) and are located in the root nodules.
Answer:
D. marks transformation of nitrogen (N₂) from the atmosphere to ammonium (NH₄ plus) by bacteria.
Explanation:
The nitrogen cycle is a biogeochemical cycle which involves transformation of atmoshperic nitrogen into many chemical forms including nitrite (NO2), nitrates (NO3) and ammonium (NH4).
The process of nitrogen cycle starts with the process of nitrogen fixation. In this process several nitrogen fixation bacteria such as cyno bacteria converts the atmospheric nitrogen into ammonium (NH4) in the soil. The resultant ammonium (NH4) can be directly used by plants or transform into nitrites or nitrates through nitrification process.
Hence, the correct option is D.
Answer:
yes
Explanation: