WPSG (channel 57), branded Philly 57, is an independent television station in Philadelphia, Pennsylvania, United States. It is owned by the CBS News and Stations group alongside CBS outlet KYW-TV (channel 3).

WPSG, channel 57, is a television station in Philadelphia, Pennsylvania. WPSG is owned by Viacom Corporation and was the former east coast flagship station for the United Paramount Network, which is owned jointly by CBS and Time Warner. WPSG shares a studio and office facility with sister...

In January 1995, WGBS became an affiliate of the upstart United Paramount Network; the station briefly identified as "UPN Philly 57", before being shortened to simply "UPN 57". On August 25, 1995, the Paramount Stations Group would purchase the …

WPSG (channel 57), branded Philly 57, is an independent television station in Philadelphia, Pennsylvania, United States. It is owned by the CBS News and Stations group alongside CBS outlet KYW-TV (channel 3).

It wasn't until the station was re-launched as WGBS-TV (Grant Broadcasting), Philly 57 on October 22, 1985 that the station became one of the market's most innovative local broadcasters. Kim Martin who did mid-days for WPEN and engineered the 950 Club with Joe Grady and Ed Hurst, did most of the booth announcing.

The Philly 57 is proud to be serving the Delaware Valley from the first studios in the country built entirely in High Definition and still broadcasting from the heart of the City of Brotherly...

wgbs：wgbs被视为甲基化测序的“金标准”。其原理是用重亚硫酸盐处理，将基因组中未发生甲基化的 c 碱基转换成 u，进行pcr扩增后变成t，与原本具有甲基化修饰的 c 碱基区分开来，再结合高通量测序技术，与参考序列比对，即可判断 cpg/chg/chh 位点是否发生甲基 ...

2024年10月17日 · 本研究使用RNA测序（RNA-Seq）和全基因组亚硫酸盐测序（WGBS）技术，检测了60日龄（60d）和180日龄（180d）的猪睾丸组织中的差异表达基因（DEGs）及其甲基化水平。 研究揭示了DNA甲基化主要发生在胞嘧啶-鸟嘌呤（CG）中，分析鉴定出106282个差异甲基化区域（DMRs），对应于12385个差异甲基化基因（DMGs）。 进一步对RNA-Seq和WGBS数据的综合分析揭示了1083个与DEGs表达呈负相关的DMGs。 GO分析显示这些基因在精子发 …

2023年2月21日 · wgbs-区域（基因）甲基化水平计算方法 哈利小喵 常规分析甲基化数据的时候，我们的思路是 data clean ， mapping , dudeplicate , Methylation call, 然后就进行 DMG 和 DMR 的查找。

我们以新一代高通量测序平台为基础，进行低成本、高效率、高准确度的全基因组DNA甲基化水平图谱绘制。 特定物种的甲基化修饰模式的分析，必将在表观基因组学研究中具有里程碑式的意义，并为细胞分化、组织发育等基础机制研究，以及动植物育种、人类健康与疾病研究奠定基础。