Table_9_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_5_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Image_2_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.TIF by Xiaoxia Chen (2163943)

Table_4_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_12_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_11_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_7_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_2_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_6_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_10_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

Table_3_Transcriptome Analysis of Ovarian Follicles Reveals Potential Pivotal Genes Associated With Increased and Decreased Rates of Chicken Egg Production.XLSX by Xiaoxia Chen (2163943)

The nsP4-Q192L and C483Y mutations decrease the 4′-FlU sensitivity of both replication and transcription. by Peiqi Yin (6533747)

Decrease in the burst onset latency of the recruited neurons leads to pruning of long delay connections. by Yevhen Tupikov (10319281)

“…C: After the recruitment, the neuron spikes at a shorter latency, which makes the long delay connections to arrive late and be pruned via LTD.…”

Observed functional response of <i>Anagyrus cachamai</i> parasitizing nymphs of <i>Hypogeococcus</i> sp. by María Aguirre (18127551)

Observed functional response of <i>Anagyrus cachamai</i> parasitizing nymphs of <i>Hypogeococcus</i> sp. by María Aguirre (18127551)

The PRAME-AS knockout cells showed a decrease in migration, proliferation, stemness, and viability. by Zahra Hosseininia (22265113)

Autaptic neurotransmission accounts for a large fraction of the total inhibition onto single PV cells. by Charlotte Deleuze (501971)

<b>Warming alters plankton body-size distributions in a large field experiment</b> by Dania Albini (20288463)

“…We found a nonlinear decrease in the overall mean body size of zooplankton with warming, with a 57% reduction at +8°C. …”

Radiation can decrease the expression of the SCFAs in colon contents. by Liying Zhang (102453)

Increasing incidence of invasive nontyphoidal <i>Salmonella</i> infections in Queensland, Australia, 2007-2016 by Andrea Parisi (324535)

“…Overall, there was a 6,5% annual increase (p<0.001) in iNTS disease incidence. In conclusion, high iNTS rates among males, infants, and the elderly require investigation of household level risk factors for NTS infection. …”