There is still no reaction centre at Union level for critical situations.

Several factors of the reaction centre structure serve to prevent this.

The pair of chlorophyll molecules at the reaction centre are often referred to as P680.

Four different subunits were found to be important for the function of the photosynthetic reaction centre.

This is the process that is exploited by a photosynthetic reaction centre.

This flow of electrons is similar to that of the bacterial reaction centre.

The light excites the chlorophyll molecules at the reaction centre and causes an increase in energy.

The electron transport chain of green sulfur bacteria uses the reaction centre bacteriochlorophyll pair, P840.

The bacterial photosynthetic reaction centre has been an important model to understand the structure and chemistry of the biological process of capturing light energy.

In the 1960s, Roderick Clayton was the first to purify the reaction centre complex from purple bacteria.

Priestley's observations were some of the first experiments that demonstrated the activity of a photosynthetic reaction centre.

The plastocyanin complex carries the electron that will neutralize the pair in the next reaction centre, photosystem I.

An electron at the reaction centre is excited to a higher energy level, and is received by an electron acceptor.

In relation to this, I would like to ask you about the following matter - should a rapid reaction centre not be established faster in Europe?

These two subunits are similar to the L and M subunits present in the bacterial reaction centre.

These polypeptides bind to chlorophyll a and beta-carotene and pass the excitation energy on to the reaction centre.

First, the transfer of an electron from BPh to P960 is relatively slow compared to two other redox reactions in the reaction centre.

The reaction begins with the excitation of a pair of chlorophyll molecules similar to those in the bacterial reaction centre.

LH1 acts as the energy collection hub, temporarily storing it before its transfer to the photosynthetic reaction centre (RC).

The electron transport chain of purple non-sulfur bacteria begins when the reaction centre bacteriochlorophyll pair, P870, becomes excited from the absorption of light.

Photosynthetic reaction centre proteins are main protein components of photosynthetic reaction centres of bacteria and plants.

This reaction occurs at the reaction centre of photosystem II and takes place in cyanobacteria, algae and green plants.

As with photosystem II and the bacterial reaction centre, a pair of chlorophyll a molecules initiates photoinduced charge separation.

The light-harvesting and reaction centre components in the thylakoid membrane include a water-soluble peridinin-chlorophyll (chl.)

It helps the organism gather light and passes a quanta of excitation energy through the light harvesting antennae to the photosynthetic reaction centre.