Sentence examples for zn seems from inspiring English sources

The fact the Zn seems not to exhibit any large systematic variation is consistent with Zn being strongly controlled by metabolic processes in the body.

Zn seems to enhance the stability of the Cu2O layer, a phenomenon also shown in previous studies [47,48].

BPA seems to interact with height (7/10) and PCB 126 (8/10), PCB 126 seems to interact with BPA (7/10) and Zn (8/10) and Zn seems to interact with PCB 126 and Co (stability 7/10 and 2/10 respectively).

The Zn finger seems to be unique to Drosophila because we did not find a Zn finger in SPN-E homologs such as TDRD9 from humans, mouse, and zebrafish using the protein sequences deposited in the Ensemble Genome Browser release 73.

We were unable to detect a significant change of the average Zn concentration in the cytosol because apparently, the Zn concentration detected by EPMA was very variable (data not shown); cytosol space is broad and Zn content seems to be heterogeneous from area to area in cytosol.

However, the Zn finger seems to be dispensable.

Although less sensitive, the ZN staining seems to be the most predictive: a positive test has the highest chance of being a true case of TB while a negative test is less likely to harbour the disease.

One of these, Zn-CysPc, seems to be possessed by Opisthokonta (Additional file 3: Figure S2 and Figure 3; BP < 50%, PP_LG = 0.55 and PP_CAT = 0.65) while another domain combination, Zf_GRF-CysPc, is shared by SAR, Hacrobia and Plantae (BP = 79%, PP_LG = 0.99 and PP_CAT = 0.97; Additional file 3: Figure S2 and Figure 3).

If solar reactor is designed to handle liquid metals, then both Zn and Sn seems to be better candidates for two-step redox reactions with good hydrogen yield and at low-temperature operation.

Our results strongly indicate that the DExH box helicase domain of SPN-E is necessary for function, whereas the Zn finger domain seems to be dispensable at least for the functions assessed here.

For example, YSL1 and YSL3 of the OPT/YSL iron (Fe) transporter family can transport Cu from leaves to seeds in Arabidopsis [ 10], and ZIP2 and ZIP4 of the ZIP zinc (Zn) transporter family seem to transport Cu in Arabidopsis [ 11].