ライフサイエンスコーパス: oid

1 ortho-oxygen-stabilized iodonium derivative (OID).

2 inds OGT, termed the OGT-interacting domain (OID).

3 d 176 peer-reviewed papers to evaluate metal(oid) accumulation in Ulva.

4 /demulsification and interconversion between OID and Pickering emulsions together with control of the

5 ND), patients with other autoimmune disease (OID), and normal controls.

6 cancer by PET, which demonstrates that this OID approach is a convenient and highly efficient way of

7 elopment and likely cancer predisposition in OID daughters.

8 hion, along with considerations of diradical(oid) design, provides a rational understanding of this i

9 gely is controlled by aluminum-oxide mineral(oid) electrostatic sorption, whereas long-chain PFAS mob

10 bonding, resulting in the transformation of OID emulsions into Pickering emulsions.

11 Stable oil-in-dispersion (OID) emulsions in strong acidity (pH=2) can be co-stabil

12 hibit enhanced growth when transplanted into OID females compared to CO mammary glands transplanted i

13 rom F1 CO female offspring transplanted into OID females has a higher proliferation/apoptosis rate.

14 r, we show that granddaughters (F2) from the OID grand-paternal germline have accelerated tumor growt

15 nal consumption of an obesity-inducing diet (OID) increased breast cancer susceptibility in the offsp

16 ated with changes in sperm tRNA fragments in OID males.

17 is established, leading to the tetraradical(oid) molecule, which has been predicted to have narrow l

18 Additionally, both the OID of OIP106 and nucleoporin p62 competed with each oth

19 The apparent Km of OGT for the OID of OIP106 is 3.35 microm.

20 cated that TPRs 2-6 of OGT interact with the OID of OIP106.

21 competitively inhibited glycosylation of the OID protein, but did not inhibit glycosylation of a 12-a

22 update of the heteroatom-centered diradical(oid)s and tetraradical(oid)s published in the last 10 ye

23 mpass the precipitation of U-bearing mineral(oid)s and the complexation of U by a vast range of (in)o

24 his work, we explore the series of diradical(oid)s based on 2,2'-(5,11-dihydroindolo[3,2-b]carbazole-

25 shifted to the rational design of diradical(oid)s for specific applications.

26 Heteroatom-centered diradical(oid)s have been in the focus of molecular main group che

27 ical considerations, the design of diradical(oid)s in terms of ligand choice, steric, symmetry, elect

28 om-centered diradical(oid)s and tetraradical(oid)s published in the last 10 years since 2013.

29 ted details of the spectroscopy of diradical(oid)s, followed by an update of the heteroatom-centered

30 The application of diradical(oid)s, for example in small molecule activation or as mo

31 Semi-quantitative thyr oid stimulating hormone (TSH) lateral flow immunochromat

32 This OID strategy addresses an unmet need for a reliable azid

33 all peptide substrates, glycosylation of the OID was dependent upon its interaction with the first 6

34 characterizing ocular inflammatory disease (OID) within the IRIS((R)) Registry (Intelligent Research