The extended superfamily of chlorophyll a/b binding proteins comprises the Light-Harvesting
Complex Proteins (LHCs), the Early Light-Induced Proteins (ELIPs) and the Photosystem II …

Members of the light-harvesting complex protein family participate in multiple processes
connected with light sensing, light absorption, and pigment binding within the thylakoid …

The members of the light-harvesting complex protein family, which include the one-helix
proteins (OHPs), are characterized by one to four membrane-spanning helices. These …

The light-harvesting complex (LHC) protein superfamily includes the LHC family and LHC-
like family, each of which contains one or two conserved chlorophyll (Chl)-binding motifs …

The cellular functions of two Arabidopsis (Arabidopsis thaliana) one-helix proteins, OHP1
and OHP2 (also named LIGHT-HARVESTING-LIKE2 [LIL2] and LIL6, respectively, because …

The early light-induced proteins (Elips) in higher plants are nuclear-encoded, light stress-
induced proteins located in thylakoid membranes and related to light-harvesting chlorophyll …

The early light-induced proteins (ELIPs) belong to the multigenic family of light-harvesting
complexes, which bind chlorophyll and absorb solar energy in green plants. ELIPs …

The superfamily of light-harvesting chlorophyll a/b-binding (Lhc) proteins in higher plants
and green algae is composed of more than 20 different antenna proteins associated either …

One-helix proteins 1 and 2 (OHP1/2) are members of the family of light-harvesting-like
proteins (LIL) in plants, and their potential function (s) have been initially analyzed only …

The Elip (early light‐inducible protein) family in pro‐and eukaryotic photosynthetic
organisms consists of more than 100 different stress proteins. These proteins accumulate in …