Abbott

Abbott may refer to:

People

Places in Argentina

Places in the United States

Companies

Other

See also

Abbott Laboratories

Abbott Laboratories is an American worldwide health care company. It has 73,000 employees and operates in more than 150 countries. The company headquarters are in Lake Bluff, Illinois. The company was founded by Chicago physician Wallace Calvin Abbott in 1888. In 2014, revenues were $20.2 billion.

Abbott has a broad range of branded generic pharmaceuticals, medical devices, diagnostics, nutrition products, including Ensure, a line of meal replacement shakes. The company's in-vitro diagnostics business performs immunoassays and blood screening. Its medical tests and diagnostic instrument systems are used worldwide by hospitals, laboratories, blood banks, and physician offices to diagnose and monitor diseases such as HIV, hepatitis, cancer, heart failure and metabolic disorders, as well as assess other indicators of health. In 1985, the company developed the first HIV blood-screening test.

Abbott Point-of-Care manufactures diagnostic products for blood analysis to provide health care professionals diagnostics information at the point of patient care. Abbott also provides point-of-care cardiac assays to the emergency room.

Abbott (MCC cricketer)

Abbott (first name and dates unknown) was an English first-class cricketer associated with Marylebone Cricket Club (MCC) who was active in the 1800s. He is recorded in two matches, totalling 11 runs with a highest score of 11.

References

Bibliography

Eric

The given name Eric, Erik, or Erick is derived from the Old Norse name Eiríkr (or Eríkr in Eastern Scandinavia due to monophthongization). The first element, ei- is derived either from the older Proto-Norse *aina(z) meaning "one" or "alone" or from Proto-Norse *aiwa(z) meaning "ever" or "eternal". The second element -ríkr derives either from *rík(a)z meaning "ruler" or "prince" (cf. Gothic reiks) or from an even older Proto-Germanic *ríkiaz which meant "powerful" and "rich". The name is thus usually taken to mean "one ruler", "autocrat", "eternal ruler" or "ever powerful", "warrior", and "government".

The most common spelling in Scandinavia is Erik. In Norway, another form of the name (which has kept the Old Norse diphthong) Eirik is also commonly used. In Finland, the form Erkki is also used. The modern Icelandic version is Eiríkur, while the modern Faroese version is Eirikur. Éric [eʁik] is used in French, and in Germany Eric, Erik and Erich are used.

Although the name was in use in Anglo-Saxon England, its use was reinforced by Scandinavian settlers arriving before the Norman Invasion. It was an uncommon name in England until the Middle Ages, when it gained popularity, and finally became a common name in the 19th century. This was partly because of the publishing of the novel Eric, or, Little by Little by Frederick William Farrar in 1858.

Erich, Uttar Pradesh

Erich is a town and a nagar panchayat in Jhansi district in the state of Uttar Pradesh, India. In ancient period it was known as Erikachha or Erakachha and according to a Buddhist text, the Petavatthu it was one of the major cities of the Dasanna janapada.

History

Bhakt Prahlad was born in Erich and Holika Dehan first took place Erich. The names of a number of rulers of Erich during the post-Maurya period are found from the coins issued by them. They are Sahasamitra, Ishvaramitra, Sahasrasena, Mitrasena, Amitasena and Maha(sena?).

Demographics

As of 2001 India census, Erach had a population of 8,523. Males constitute 53% of the population and females 47%. Erach has an average literacy rate of 51%, lower than the national average of 59.5%: male literacy is 63%, and female literacy is 37%. In Erach, 17% of the population is under 6 years of age.

References

C1orf173

Glutamate-rich protein 3, also known as Uncharacterized Protein C1orf173 or Chromosome 1 Open Reading Frame 173, is a protein encoded by the ERICH3 gene.

Gene

The ERICH3 gene in humans is 105,628 bases and is encoded on the minus strand at position 31.1 on the short arm of chromosome 1 from base pair 75,033,795 bp to 75,139,422 bp from pter. C1orf173's function in humans is still unclear though there is a link between expression of this gene and several forms of cancer, such as breast cancer and skin sarcomas. C1orf173 is expressed in the brain, eye, lung, mammary gland, muscle, pituitary gland, testis, trachea, and uterus.

Protein

The C1orf173 protein in humans is 1,530 amino acids in length and contains two domains of unknown function, DUF4590 and DUF4543. Both DUF regions are currently uncharacterized though they are found in eukaryotes including humans. There are currently three known isoforms of the C1orf173 protein in humans, Q5RHP9-1 (canonical), Q5RHP9-2 and Q5RHP9-3. Other animals tend to have a multitude of variant forms of this gene