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.
Humans are not affected by plant viruses primarily because these viruses have evolved to infect plant cells, which have different cellular structures and biochemical pathways than human cells. Plant viruses typically rely on specific receptors and mechanisms found only in plant species, making it unlikely for them to successfully invade human cells. Additionally, the immune systems of humans are designed to recognize and combat a wide range of pathogens, including viruses, further protecting us from plant viruses.
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.
Contact herbicides are chemicals designed to kill weeds upon direct contact. They work by damaging the plant tissues they touch, leading to the death of the targeted weeds. Unlike systemic herbicides, which are absorbed and transported throughout the plant, contact herbicides typically require thorough coverage of the plant surfaces for effective control. These herbicides are often used for quick action in managing annual weeds and can be effective in non-crop areas.
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.
A cell wall.
Plant cells have stuff so they can photosynthesize. (chlorophyll)
Centriole and lysosomes
they all have numbers
plant cell and human cells animal cells
Humans are not affected by plant viruses primarily because these viruses have evolved to infect plant cells, which have different cellular structures and biochemical pathways than human cells. Plant viruses typically rely on specific receptors and mechanisms found only in plant species, making it unlikely for them to successfully invade human cells. Additionally, the immune systems of humans are designed to recognize and combat a wide range of pathogens, including viruses, further protecting us from plant viruses.
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