Gola may refer to:
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Gola (community development block) is an administrative division of Ramgarh district in the Indian state of Jharkhand.
Gola is located at 23°32′14″N 85°43′02″E / 23.5372°N 85.7171°E. It has an average elevation of 373 metres (1227 feet).
Gola CD Block covers an area of 82,981.76 acres, out of which 18,650 acres is forest area.
Gomti and Subarnarekha River passes through Gola CD Block.
As per 2011 Census of India Gola CD Block had a total population of 149,810, all of which were rural. There were 76,765 males and 73,045 females. Scheduled Castes numbered 12,112 and Scheduled Tribes numbered 43,517.
As per 2011 census the total number of literates in Gola CD Block was 83,590 out of which 50,420 were males and 33,170 were females.
NH 23 passes through Gola CD Block.
Coordinates: 45°53′N 21°49′E / 45.883°N 21.817°E
Secaș (Hungarian: Temesszékás) is a commune in Timiș County, Romania. It is composed of four villages: Checheș (Lippakékes), Crivobara (Krimárvára), Secaș, and Vizma (Vizma).
SECA, SecA or Seca may refer to:
The SecA protein is a cell membrane associated subunit of the eubacterial Sec or Type II secretory pathway, a system which is responsible for the secretion of proteins through the cell membrane. Within this system SecA has the functional properties of an ATPase and is required to empower the movement of the protein substrate across the translocon channel.
The translocase system encompasses an array of proteins which are functionally centred on the translocon channel which mediates the export of proteins across the bacterial cytoplasmic membrane and the insertion of membrane proteins into it. Regardless of the chosen targeting route, preprotein eventually reach the cytoplasmic membrane and make contact with the translocase. This translocase consists out of the peripheral membrane ATPase SecA and the translocon membrane channel composed out of the proteins SecY, SecE, and SecG. Conformational changes within the SecA structure are the effect of its ATP-hydrolyzing behaviour and possibly lead to the stepwise export of the preprotein substrate through the SecYEG channel.