multiple drug resistance

This number was used to generate the multiple drug resistance figures.

He is best known for his discovery of P-glycoprotein associated with multiple drug resistance in cancers.

Septoria tritici has developed multiple drug resistance using this mechanism.

No multiple drug resistance impact since chloramphenicol resistance was not observed.

Resistance to five antimicrobials was the most frequent multiple drug resistance.

An important consideration is that multiple drug resistance has rendered many low-cost drugs useless for this purpose.

No big impact on multiple drug resistance since no or very low resistance observed.

ABC transporters are also involved in multiple drug resistance, and this is how some of them were first identified.

A major cause for the ineffectiveness of current chemotherapy treatments is multiple drug resistance which can arise from several mechanisms.

High levels of multiple drug resistance have made it difficult to treat many HAIs.

Among resistant isolates, multiple drug resistance was present (92%) with a wide range of different patterns involving up to five antimicrobials.

Recent studies show that taccalonolides have promise as a new and effective cancer-fighting agent to circumvent multiple drug resistance mechanisms.

S. Newport also receives attention because of past outbreaks involving multidrug resistant (multiple drug resistance) strains.

To put a dollar value on the financial cost of treatment of multiple drug resistance tuberculosis, for example, can be up to $250,000 US per patient.

The objectives of this section are to determine individual, multiple drug resistance, and AMR patterns for all isolates.

"We are very concerned about the intersection of the multiple drug resistance and the rapid progression," Dr. Valdiserri said in an interview.

Multiple drug resistance in salmonellas isolated from humans in England and Wales: a comparison of 1981 with 1988.

The Passive Surveillance indicated similarities between diseased swine and cattle, especially regarding the multiple drug resistance patterns.

Multiple drug resistance has also been observed in A. salmonicida ssp. salmonicida isolates from several countries (25–27,30).

Multiple drug resistance was common (60%), and generally involved two to five antimicrobials; primarily including tetracycline, streptomycin and sulfamethoxazole.

Multiple Drug Resistance:

Multiple Drug Resistance: Thirty-six percent of the isolates were susceptible to all 16 antimicrobials tested (Figure 17).

Multiple drug resistance was present (68% of isolates) with a wide range of different patterns, usually involving resistance to at least tetracycline, streptomycin and sulfamethoxazole.

This underscores the importance of examining the regulation of multiple drug resistance proteins as these proteins may have opposing regulatory mechanisms in malignant cells.

His research into multiple drug resistance revealed a regulatory locus, mar,for intrinsic antibiotic resistance and virulence among the Enterobacteriaceae and other bacteria.