碧云天的18S rRNA Cy3 FISH Probe是一种5’端进行了红色荧光染料Cy3标记的18S rRNA的21nt单链DNA序列，可以特异性识别18S rRNA 并进行杂交；其最大的激发波长为550nm，最大发射波长为570nm。

由锐博生物自主研发的lncRNA FISH检测探针，创新性地改进了lncRNA分子的特异性核酸探针数量及标记方式，极大地提高了探针灵敏度，能满足细胞中lncRNA的准确定位要求，结合激光共聚焦显微镜可清晰地展示lncRNA的分布情况，为lncRNA功能及作用机制研究提供强有力 ...

碧云天研发生产的 Fluorescence in Situ Hybridization Kit for RNA (FISH Kit for RNA)，即荧光原位杂交RNA检测试剂盒，是一种通过将荧光标记的寡核酸探针(DNA或RNA)与细胞或组织中的目标RNA按碱基互补配对原理进行杂交，形成荧光标记核

Probe for fluorescence in situ hybridization (FISH), recognizes Eubacteria cells. It is recommended to use 20% Formamide for hybridization buffer. Visualize, identify and isolate bacteria cells. Observe native bacteria cell populations in diverse microbiome environments.

碧云天的18S rRNA Cy3 FISH Probe是一种5’端进行了红色荧光染料Cy3标记的18S rRNA的21nt单链DNA序列，可以特异性识 别18S rRNA 并进行杂交；其最大的激发波长为550nm，最大发射波长为570nm。

Probe for fluorescence in situ hybridization (FISH),recognizes Escherichia coli cells. Visualize, identify and isolate Escherichia coli cells. Observe native E. coli cell populations in diverse microbiome environments. Specific, sensitive and robust identification of …

Probe for fluorescence in situ hybridization (FISH), recognizes Eubacteria cells. It is recommended to use 20% Formamide for hybridization buffer. Visualize, identify and isolate bacteria cells. Observe native bacteria cell populations in diverse microbiome environments.

Probe for fluorescence in situ hybridization (FISH),recognizes Escherichia coli cells. Visualize, identify and isolate Escherichia coli cells. Observe native E. coli cell populations in diverse microbiome environments. Specific, sensitive and robust identification of …

The 18S rRNA Cy3 FISH Probe is a 21nt single-stranded DNA sequence with a Cy3 fluorescent dye labeled at the 5' end. It specifically recognizes 18S rRNA and allows for hybridization. The maximum excitation wavelength is 550nm, and the maximum emission wavelength is 570nm.

FISH technique was successfully used to identify E.coli with the probe in various samples such as pure culture (as described in the figure legends and11,13), large and small intestines samples14-16, fecal samples17-21, colonic biopsies18, urine samples, bladder and kidney sections embedded in paraffin22 and in E.coli biofilm23.