Fixing ρ and traversing the phase plane horizontally can be interpreted as using a sample of size n to study a particular phenotype with s nonzeros, changing the number of genotyped markers in successive assays; Figure 1B shows that in the noisy case an order-of-magnitude change in p had a negligible impact on the quality of selection.
Each optical photon generated within the medium due to the Čerenkov effect, emerging from the tissue volume, and traversing the phase plane was recorded and its exiting position (x,y), direction (u,v,w), creator process (Čerenkov or fluorescence), and wavelength were saved in CSV format.
However to enter the S phase of second cell cycle, cells would take additional time to traverse the G2/M phase of the first cell cycle, and the complete G1 of the second cell cycle.
These results suggest that the molecular mobility of PCDTBT is critical in determining the ability for the dimer molecule to traverse the polymer phase.
Immunofluorescence (IF) of incorporated nucleotide analogs has been used to map the reproducible punctate patterns of DNA replication in interphase nuclei as cells traverse the S phase [ 6- 11].
These three models make different predictions regarding the relative amounts of Cdc13, Est1, and Est2 protein bound at short versus long telomeres as cells traverse the S phase of the cell cycle.
Rb phosphorylation is required to traverse the G1 S-phase boundary of the cell cycle.
Addition of 10 µM dNTPs to transformed cells released in 0 glutamine (white bars) rescued the delay in S phase entrance, the delay in reaching the S phase peak, but did not rescue the delay in traversing the G2/M phase (panel F, compare black and white bars).
In this way, replicating cells traverse the four distinct phases of the cell cycle consecutively: G1 followed by S, followed by G2 and, finally, M.
Cyclins D and E are fundamental G1-phase cyclins, while cyclins A and B allow cells to traverse the S and G2M phases of the cell cycle, respectively.
