Systemic and target-specific formulations are ways in which herbicides are designed to harm plant -- not human -- cells. But in reality, it is difficult to comprehend and control all of the after- and side-effects of herbicides so environmentalists tend to speak of degrees of ambient residue and of harm to non-target organisms.
Plant cells have a cell wall, chloroplasts and a vacuole. All of which, animal cells do not have.
Yes and so do human cells
YES
No, only plant cells have the ability to photosynthesize and convert sunlight into food through a process called photosynthesis. Human cells do not have this capability and must obtain nutrients from consuming plants or other animals.
Human does not have chloroplast. Chloroplasts are only found in plant cells.
Plant cells have a cell wall, chloroplasts and a vacuole. All of which, animal cells do not have.
It appears in animal cells, plant cells and human cells.
Centriole and lysosomes
A cell wall.
Plant cells have stuff so they can photosynthesize. (chlorophyll)
plant cell and human cells animal cells
they all have numbers
Plant cells contain chloroplasts with the pigment chlorophyll (an this allows them to photosynthesise) whereas Animal cells don't have chloroplasts
Yes and so do human cells
plant animal and human
The human and the plant cells have different structers Cell wall. It presence in plant cells but not in animal cells. It maintains the shape of the plant cells and protect in from bursting. Chloroplast. Green pigment found in the plant cells that captures light for the process of photosynthesis. It becomes like a sac and occupies 96%or98% of the cell And plant cells do contain mitochondria. They need to carry out respiration and need energy for growth and little movement too.
The evidence that we have that human blood is in no way related to plant cells is the fact that plant cells contain chlorophyll and other related compounds that humans do not. Human blood contains red blood cells and other compounds that plants do not.