Kock Marks

Data from 77 independent studies are curated, annotated, and synthesized to expose the transcriptional ITH patterns across 1163 tumor samples, representing 24 distinct tumor types. Among the malignant cells, we observe 41 consistent gene expression signatures; each signature comprises dozens of genes whose expression is heightened in a coordinated…[Read more]

Data from 77 independent studies are curated, annotated, and synthesized to expose the transcriptional ITH patterns across 1163 tumor samples, representing 24 distinct tumor types. Among the malignant cells, we observe 41 consistent gene expression signatures; each signature comprises dozens of genes whose expression is heightened in a coordinated…[Read more]

By leveraging this research, a new possibility for the profitable utilization of biomass ash and a decreased production cost for synthetic mesoporous silica are within reach.

For the purpose of public health monitoring in urban settings during the COVID-19 pandemic, the examination of cities’ wastewater for potentially pathogenic viruses…[Read more]

By leveraging this research, a new possibility for the profitable utilization of biomass ash and a decreased production cost for synthetic mesoporous silica are within reach.

For the purpose of public health monitoring in urban settings during the COVID-19 pandemic, the examination of cities’ wastewater for potentially pathogenic viruses…[Read more]

By leveraging this research, a new possibility for the profitable utilization of biomass ash and a decreased production cost for synthetic mesoporous silica are within reach.

For the purpose of public health monitoring in urban settings during the COVID-19 pandemic, the examination of cities’ wastewater for potentially pathogenic viruses…[Read more]

By leveraging this research, a new possibility for the profitable utilization of biomass ash and a decreased production cost for synthetic mesoporous silica are within reach.

For the purpose of public health monitoring in urban settings during the COVID-19 pandemic, the examination of cities’ wastewater for potentially pathogenic viruses…[Read more]