To explore whether antisense transcripts and APA have possible connections genome-widely, we analyzed our previously published PA-seq datasets from 13 human tissues (Ni et al., 2013), and found that sense-antisense (S-AS) genes accounted for 23.33% of the expressed genes (3,471/14,876), similar to the proportion previously reported (Ozsolak et al., 2010).
We analyzed the connection layer weights of DNN-JT3 and found large positive values concentrated on the diagonal of the original feature part due to the overfitting.
In the present study we analyzed the connection and RNase H domains from treatment-naïve and NRTI-experienced patients infected with different HIV-1 subtypes in the search for structural conservation patterns and for putative new NRTI-related mutations.
Next we analyzed the connection between transcript and phenotype profiles.
For these, we analyzed the connection probability of paired recordings on a daily basis, from PN8 to PN13, and compared it with the NG2 cell differentiation process in layer V. We observed that the connection probability reached a peak at PN10, when we found 44% of connected pairs, and then decreased, confirming the transient GABAergic innervation of NG2 cells (Vélez-Fort et al., 2010).
This approves the fact that we analyzed HTTPS connections primarily designed for web communication.
Additionally, we analyzed the connections of placenta praevia to clinical parameters in women who conceived after in vitro fertilization procedure at our department.
When we analyzed mutual synaptic connections in the eye circuit we found that by far the strongest mutual connections are formed between the crosswise pairs of IN cells (up to 18 synapses one way; Figure 7A,B).
We analyzed distant evolutionary connections between protein functions in Archaea based on the EFLs comprising them.
To confirm the identity of the TLCd and gain an initial insight into its function, we analyzed the neural connections of the nucleus in two steps.
