pCR4-TOPO-FER1L6-AS2

• Catalog number
  PVT23442
• Price
  Please ask
• Size
  Gentaur supplies 2ug of lyophilized CR4-TOPO-FER1L6-AS2 Plasmid in powder form at 4°C to be centrifuged at 5000rpm/min for 1min. Add 20μl ddH2O in to the vial of the pCR4-TOPO-FER1L6-AS2 plasmid.

• Vectro Map
  The pCR4 promotor is combined with a TOPO vector sequence and a FER1L6 gene in the plasmid vector map.

• Gene target
  pCR4-TOPO-FER1L6-AS2  
• Gene symbol
  FER1L6-AS2, FER1L6, FER1L6-AS1, GPC5-AS2, NCKAP5-AS2, SCUBE1-AS2, TPRG1-AS2, PRICKLE2-AS2, SEMA6A-AS2, CADM2-AS2
• Short name
  pCR4-TOPO-FER1L6-AS2
• Alternative name
  pCR4-TOPO-FER1L6-AS2

Gene info

• Identity
  HGNC:26534
• Gene
  FER1L6-AS2
• Long gene name
  FER1L6 antisense RNA 2
• Synonyms gene
  • C8orf78
• Synonyms gene name
  • chromosome 8 open reading frame 78
  • FER1L6 antisense RNA 2 (non-protein coding)
• Synonyms
  • FLJ32770
• GenBank acession
  • AK057332
• Locus
  8q24.13
• Discovery year
  2006-02-14
• Entrez gene record
  157376
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000165000

Gene info

• Identity
  HGNC:28065
• Gene
  FER1L6
• Long gene name
  fer-1 like family member 6
• Synonyms gene name
  • fer-1-like 6 (C. elegans)
• Synonyms
  • C8ORFK23
• GenBank acession
  • AB196633
• Locus
  8q24.13
• Discovery year
  2007-04-24
• Entrez gene record
  654463
• RefSeq identity
  • NM_001039112
• Classification
  • Ferlin family
• VEGA ID
  OTTHUMG00000164998

Gene info

• Identity
  HGNC:26652
• Gene
  FER1L6-AS1
• Long gene name
  FER1L6 antisense RNA 1
• Synonyms gene
  • C8orf54
• Synonyms gene name
  • chromosome 8 open reading frame 54
  • FER1L6 antisense RNA 1 (non-protein coding)
• Synonyms
  • FLJ35721
• Locus
  8q24.13
• Discovery year
  2005-08-16
• Entrez gene record
  439941
• RefSeq identity
  • NR_040044
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000165001

Gene info

• Identity
  HGNC:39887
• Gene
  GPC5-AS2
• Long gene name
  GPC5 antisense RNA 2
• Synonyms gene name
  • GPC5 antisense RNA 2 (non-protein coding)
• Locus
  13q31.3
• Discovery year
  2011-04-08
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000017197

Gene info

• Identity
  HGNC:54065
• Gene
  NCKAP5-AS2
• Long gene name
  NCKAP5 antisense RNA 2
• Locus
  2q21.2
• Discovery year
  2018-09-27
• Entrez gene record
  101928161
• RefSeq identity
  • NR_110294
• Classification
  • Antisense RNAs

Gene info

• Identity
  HGNC:40633
• Gene
  SCUBE1-AS2
• Long gene name
  SCUBE1 antisense RNA 2
• Locus
  22q13.2
• Discovery year
  2020-03-19
• Entrez gene record
  105373051
• RefSeq identity
  • NR_134632
• Classification
  • Antisense RNAs

Gene info

• Identity
  HGNC:41062
• Gene
  TPRG1-AS2
• Long gene name
  TPRG1 antisense RNA 2
• Synonyms gene name
  • TPRG1 antisense RNA 2 (non-protein coding)
• Locus
  3q28
• Discovery year
  2011-07-07
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000156323

Gene info

• Identity
  HGNC:40917
• Gene
  PRICKLE2-AS2
• Long gene name
  PRICKLE2 antisense RNA 2
• Synonyms gene name
  • PRICKLE2 antisense RNA 2 (non-protein coding)
• Locus
  3p14.1
• Discovery year
  2011-07-28
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000158792

Gene info

• Identity
  HGNC:52754
• Gene
  SEMA6A-AS2
• Long gene name
  SEMA6A antisense RNA 2
• Locus
  5q23.1
• Discovery year
  2016-12-07
• Entrez gene record
  105379132
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000162882

Gene info

• Identity
  HGNC:41247
• Gene
  CADM2-AS2
• Long gene name
  CADM2 antisense RNA 2
• Synonyms gene name
  • CADM2 antisense RNA 2 (non-protein coding)
• Locus
  3p12.1
• Discovery year
  2011-07-28
• Classification
  • Antisense RNAs
• VEGA ID
  OTTHUMG00000158991

MeSH Data

• Name
  Polymerase Chain Reaction
• Concept
  Scope note: In vitro method for producing large amounts of specific DNA or RNA fragments of defined length and sequence from small amounts of short oligonucleotide flanking sequences (primers). The essential steps include thermal denaturation of the double-stranded target molecules, annealing of the primers to their complementary sequences, and extension of the annealed primers by enzymatic synthesis with DNA polymerase. The reaction is efficient, specific, and extremely sensitive. Uses for the reaction include disease diagnosis, detection of difficult-to-isolate pathogens, mutation analysis, genetic testing, DNA sequencing, and analyzing evolutionary relationships.
• Tree numbers
  • E05.393.620.500
• Qualifiers
  ethics, trends, veterinary, history, classification, economics, instrumentation, methods, standards, statistics & numerical data

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