Answer:
The activity which is likely to be affected is Cyclic Phosphorylation
Explanation:
In the Cyclic phosphorylation high energy electron released from P700 returns to the photosystem 1 via moving through a cycle that contains different acceptors. This type of Transport facilitates the mobility of Hydrogen ions across the cell membrane which eventually generates concentration gradient and helps in the production of ATP while moving Hydrogen ions from lower to higher concentration through the ATP synthetase channel protein on membranes. (DNP) Dinitrophenol acts as protonophore and drives the transfer of Hydrogen ions across the membrane skipping the ATP Synthetase. DNP make cells inefficient to produce ATP molecules for its energy.
The evolution of organisms are based on the resources available in order for it to be capable of growth still. In the given choices above, the substance or chemical that changed over time is the supply of carbon dioxide which is an essential substance for photosynthesis. Thus, the answer the first choice.
Para realizar la fotosíntesis las plantas necesitan varios elementos que se encuentran en el medio ambiente.
Energía luminosa: impacta sobre las hojas y es absorbida por el pigmento fotosensible de la planta, la clorofila.
Agua: La fotosíntesis requiere un suministro constante de agua. Ésta llega a las hojas a través de las raíces y tallos.
Clorofila: Pigmento de color verde contenido en el cloroplasto. Se encarga de la absorción de la luz, para llevar a cabo la fotosíntesis.
Dióxido de carbono: Es absorbido por unos minúsculos poros, llamados estomas, en la parte inferior de la hoja.
Oxígeno: subproducto de la fotosíntesis. Sale de las hojas hacia el exterior a través de lasestomas.
False because the body needs different nutrition's from different food groups
Answer:
Nuclear lamins will no longer disassemble during mitosis
Explanation:
The nuclear lamina is a fibrillar network inside the nucleus of eukaryotic cells, between the inner nuclear membrane and the peripheral chromatin. Nuclear lamins (also called simply lamin proteins) are intermediate filament-type proteins and represent the major building blocks of the nuclear lamina. During mitosis, the nuclear lamina is disassembled by hyperphosphorylation of nuclear lamins and lamina-associated proteins. The protein responsible for phosphorylating nuclear lamins is p34cdc2, a protein kinase that has a key role in controlling cell cycle progression. In consequence, a mutant form of the nuclear lamin proteins that cannot be phosphorylated will no longer be able to disassemble during mitosis.
