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feces
Escherichia coli with high-level fluoroquinolone resistance were isolated from feces and/or various body sites of 16 cancer patients who were on oral fluoroquinolone prophylaxis.
      
from water, hepatocyte suspensions, urine and feces.
      
High-performance liquid chromatographic determination of uric acid in feces of egg-laying hens
      
A method was developed for the determination of uric acid in the feces of egg-laying hens by high-performance liquid chromatography (HPLC), using a NovaPak C18 column and phosphate buffer as the mobile phase.
      
Determination of biogenic amines as dansyl derivatives in intestinal digesta and feces by reversed phase HPLC
      
A new method was developed for the determination of fifteen biogenic amines in the intestinal digesta and feces of animal or human origin.
      
Feces, urine, and plasma samples were collected separately after ingestion of 25?mg?kg-1 atropine by healthy rats.
      
Rat feces and urine samples were cleaned by liquid-liquid extraction and by solid-phase extraction (on C18 cartridges), respectively.
      
Nine metabolites (nortropine, tropine, aponoratropine, apoatropine, noratropine, hydroxyatropine, hydroxyatropine N-oxide, hydroxymethoxyatropine, and tropic acid) and the parent drug were detected in rat feces.
      
Determination of Eprinomectin in Bovine Urine and Feces Using HPLC with Fluorescence Detection
      
An analytical procedure for the determination of EPR in bovine urine and feces has been developed.
      
Fortified at 2, 10, 50, and 100?ng?mL-1(ng?g-1), inter-assay recoveries of EPR in cattle urine and feces were in the range of 87.9-91.5% and 78.6-86.3%, with coefficients of variation of 5.4-10.2% and 1.4-7.2%, respectively.
      
The method was used to study the excretion of eprinomectin in bovine urine and feces after subcutaneous administration at a dose of 0.5?mg?kg-1.
      
frenatus femoral pores or the odors of their feces.
      
In contrast, genetic merit for milk protein and fat content and overall genetic merit were not correlated with contact at feces-contaminated swards.
      
Detection of cancer-associated antigen in feces using monoclonal antibodies in the diagnosis of colon carcinoma
      
Monoclonal antibodies against colon and pancreatic cancer, CL-2, CL-3, PS-9, PS-10, were used to detect the associated antigens in feces of patients with gastrointestinal carcinoma and non-cancer diseases.
      
Results showed that the associated antigen detected in feces of patients with colon cancer were significantly higher than that of noncancer disease or normal subjects.
      
Detection of molecular markers of colorectal neoplasia in feces provides innovative, noninvasive means to screen for colorectal cancer and adenomas.
      
Future approaches to improve sensitivity of fecal DNA detection of colorectal adenocarcinoma may require the inclusion of epigenetic biomarkers, the use of colonocytes isolated from feces, or both.
      
 

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