ライフサイエンスコーパス: toxicologic

コーパス検索結果 (１語後でソート)

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1 at this benefit will result in a substantial toxicologic advantage for a DOTA-based hLL2 conjugate.

2 Toxicologic analysis showed that rBD1 was well tolerated

3 aryl hydrocarbon receptor (AhR) mediates the toxicologic and carcinogenic properties of 2,3,7,8-tetra

4 after a comprehensive autopsy that included toxicologic and histologic studies (unexplained sudden c

5 as designed to evaluate the magnitude of the toxicologic and pharmacologic differences between the tw

6 oncentrations of VX-710 and characterize the toxicologic and pharmacologic profiles of the VX-710/ pa

7 numerous foreign chemicals of pharmacologic, toxicologic, and carcinogenic significance.

8 potential for sequence-dependent cytotoxic, toxicologic, and pharmacologic effects should be evaluat

9 Using toxicologic criteria needed to establish causality, data

10 d disposition properties and show no adverse toxicologic effects.

11 r than sulindac as evidenced by its in vitro toxicologic evaluation and animal toxicity studies.

12 grounds for optimism to allow more extensive toxicologic evaluation.

13 Accumulating epidemiologic and toxicologic evidence suggests that hypertension during a

14 THMs have been a particular concern based on toxicologic evidence, and our suggestive findings for mu

15 Toxicologic exposures and fatalities associated with aty

16 Two drugs were selected for further toxicologic, histopathologic, and pharmacokinetic evalua

17 itively, mandate that rigorous and long-term toxicologic monitoring be performed in subsequent evalua

18 rbon monoxide poisoning is a common cause of toxicologic morbidity and mortality.

19 may be applicable to general pharmacologic, toxicologic, or other biomedical data that exhibits a no

20 onsistent definition of interaction, but the toxicologic perspective would consider this approach les

21 hout adequate substantiation, indicating the toxicologic potential of these agents may be underestima

22 ticle proposes a mathematical model entitled Toxicologic Prediction Network (TPN) to assess chronic h

23 evaluation because of its good virologic and toxicologic profile and its ability to deliver two activ

24 The toxicologic profile of the VX-710/paclitaxel regimen was

25 tter half of the 20th century based on their toxicologic properties and provocative epidemiologic rep

26 and the pharmacologic, pharmacokinetic, and toxicologic properties of antisense molecules.

27 trimental effects on the pharmacokinetic and toxicologic properties of the construct.

28 uperior physiochemical, pharmacokinetic, and toxicologic properties, as well as complete in vivo prot

29 in occupational mortality studies and animal toxicologic research.

30 Toxicologic results were compared with survey responses

31 prevalence estimates of cocaine use based on toxicologic results were nearly five times the survey-ba

32 Although consumption limits based on toxicologic safety are well established, the threshold r

33 o classes that are not detectable by routine toxicologic screening techniques.

34 From PK, bioavailability, and toxicologic standpoints, these results indicate that the

35 Most toxicologic studies focus on a single agent, although th

36 The results of parallel toxicologic studies using individual Cyp1a1 and Cyp1a2 n

37 Thrice-weekly urine toxicologic test results for cocaine and heroin.

38 lication in the clinic and as biosensors for toxicologic testing.

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