GeneGlobe ID: SBH0596382 | Cat. No.: | QuantiNova LNA PCR Assays for Real-Time PCR

HS_YIPF2_1840236 QuantiNova LNA PCR Assay

Best coverage assay for YIPF2
Assay targets 7 transcripts
Assay spans exon
Pre-designed assay for dPCR and qPCR.

Select a variant to see the price

Product Specification

null
Assay name​
HS_YIPF2_1840236 QuantiNova LNA PCR Assay
Assay specification​
Best coverage assay for YIPF2
Assay targets 7 transcripts
Assay spans exon
Pre-designed assay for dPCR and qPCR.
Gene symbol​
YIPF2
Gene aliases​
MGC3262;FinGER2
Species​
Homo sapiens
Main target​
ENST00000586575
Exons numbers​
3-4
Ensembl exons ids​
ENSE00003545700;ENSE00003554565
Amplicon start​
277
Amplicon length​
71
Assay targets​
Transcript Ensembl Id
Bio Type
Ccds
Ref Seq
Chromosome Location
ENST00000253031
Protein coding
CCDS12251
Chr.19: 10922185 - 10928681
ENST00000586575
Protein coding
Chr.19: 10923352 - 10928657
ENST00000586748
Protein coding
CCDS12251
NM_024029;NM_001321439
Chr.19: 10922768 - 10928653
ENST00000587943
Protein coding
Chr.19: 10923496 - 10928625
ENST00000588347
Protein coding
Chr.19: 10923833 - 10928512
ENST00000588962
Retained intron
Chr.19: 10923842 - 10928550
ENST00000590329
Protein coding
CCDS82293
NM_001321440
Chr.19: 10923272 - 10928585
Introducing the HS_YIPF2_1840236 QuantiNova LNA PCR Assay, a cutting-edge addition to our QuantiNova LNA PCR Assays for Digital PCR lineup, specifically designed for Digital PCR applications. This premium product offers unparalleled performance for researchers working with Human models. Leveraging advanced technology, the HS_YIPF2_1840236 QuantiNova LNA PCR Assay facilitates accurate and reliable results, making it an indispensable tool for your scientific investigations. Whether you're conducting Digital PCR, or any other sophisticated analyses, this product from our QuantiNova LNA PCR Assays for Digital PCR collection ensures optimal efficiency and reproducibility for Human studies. Embrace the future of research with HS_YIPF2_1840236 QuantiNova LNA PCR Assay and elevate your work to new heights.