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| 1 | Genetic basis of natural resistance to erythromycin in mycoplasma hominis显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2000 | J Antinicrob Chemother2000，45，4： | 1 |
| 2 | Genetic basis of natural resistance to erythromycin in mycoplasma hominis显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2000 | J Antimicrob Chemother2000，45，4： | 1 |
| 3 | Geneticbasis of natural resistance to erytbromycin by Mycoplasmahominis 显示文摘 | Furneri PM G Rappazzo MP Musumarra | 2005 | J Antimicrob Chemother2005，，45： | 1 |
| 4 | Genetic basis of natural resistance to eryth-romycin in Mycoplasma hominis显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2000 | J Antimicrob Chemother2000，45，4： | 1 |
| 5 | Genetic basis of natural resistance to erythromycin by mycoplasma hominis 显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2000 | J Antimicrob Chemother2000，45，： | 1 |
| 6 | Genitic basis of natural resistance to erythromycin by mycoplasma hominis显示文摘 | Fumeri PM Rappazzo G Musummarra MP | 2000 | J Antimicrob Chemother2000，45，10： | 1 |
| 7 | Genetic basis of natural resistance to erythromycin by Mycoplasma hominis显示文摘 | Fumeri PM Rappazzo G Musummarra MP | 2000 | J Antimicrob Chemother2000，45，10： | 1 |
| 8 | Genetic basis of natural resistance to erythromycin in mycoplasma hominis显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2000 | J Antinicrob Chemother2000，45，4： | 1 |
| 9 | Effect of binocular variations of Snellen's visual acuity on Titmus stereo acuity显示文摘 | Donzis PB Rappazzo JA Burde RM | 1983 | Arch Ophthalmol1983，101，6： | 1 |
| 10 | Geneticbasisof natural resistance to erythromycin by Mycoplasmahominis显示文摘 | Furneri PM Rappazzo G Musumarra MP | 2005 | J Antimicrob Chemother2005，45，4： | 1 |
| 11 | Two new point mutations at A2062 associated with resistance to 16-membered macrolide antibiotics in mulant strains of Mycoplasma hominis 显示文摘 | FURNERI P M RAPPAZZO G MUSUMARRA M P | 2001 | Antimicrob Agents Chemother2001，45，10： | 1 |
| 12 | Two new point mutations at A2062 associated with resistance to 16-membered macrolide antibiotics in mutant strains of Mycoplasma homirzis显示文摘 | Furneri P M Rappazzo G Musumarra M P | 2001 | Antimicrob Agents Chemother2001，45，10： | 1 |
| 13 | Geneticabasis of natural resistance to erythromycin by Mycoplasmahominis 显示文摘 | Furneri PM G Rappazzo MP Musumarra | 2005 | J Antimicrob Chemother2005，，45： | 1 |
| 14 | Geneticbasis o f natural resistance to erythromycin by Mycoplasmahom inis显示文摘 | Furneri PM Rappazzo G Musuma rra MP | | 0，，04： | 1 |
| 15 | Genetic basia of natural resistance to erythromycin by Mycoplasma hominis显示文摘 | Fumeri PM Rappazzo G Musummarra MP | 2000 | J Antimicrob Chemother2000，45，10： | 1 |
| 16 | Genetic basis of natural resistance to erythromycin by mycoplasma hominis显示文摘 | Furneri PM Rappazzo G MusumarraMP | 2000 | J Antimicrob Chemother2000，45，4： | 1 |
| 17 | Efficiency in hydrocarbon degradation and biosurfactant production by Joostella sp.A8 when grown in pure culture and consortia显示文摘Joostella strains are emerging candidates for biosurfactant production. Here such ability was analyzed for Joostella strain A8 in comparison with Alcanivorax strain A53 and Pseudomonas strain A6, all previously isolated from hydrocarbon enrichment cultures made of polychaete homogenates. In pure cultures Joostella sp. A8 showed the highest stable emulsion percentage(78.33%), hydrophobicity rate(62.67%), and an optimal surface tension reduction during growth in mineral medium supplemented with diesel oil(reduction of about 12 mN/m), thus proving to be highly competitive with Alcanivorax and Pseudomonas strains. During growth in pure culture different level of biodegradation were detected for Alcanivorax strain A53(52.7%),Pseudomonas strain A6(38.2%) and Joostella strain A8(26.8%). When growing in consortia,isolates achieved similar abundance values, with the best efficiency that was observed for the Joostella-Pseudomonas co-culture. Gas-chromatographic analysis revealed an increase in the biodegradation efficiency in co-cultures(about 90%), suggesting that the contemporary action of different bacterial species could improve the process. Results were useful to compare the efficiencies of well-known biosurfactant producers(i.e. Pseudomonas and Alcanivorax representatives) with a still unknown biosurfactant producer, i.e. Joostella, and to confirm them as optimal biosurfactant-producing candidates. | Carmen Rizzo Alessandro Ciro Rappazzo Luigi Michaud Emilio De Domenico Carlos Rochera Antonio Camacho Angelina Lo Giudice | 2018 | Journal of Environmental Sciences2018，30，5： | 0 |
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