2. TARGET ANIMAL SAFETY AND DRUG EFFECTIVENESS Under the provisions of the Federal Food, Drug, and Cosmetic Act, as amended by the Generic Animal Drug and Patent Term Restoration Act GADPTRA ; of 1988, an Abbreviated New Animal Drug Application ANADA ; may be submitted for a generic version of an approved new animal drug pioneer product ; . New target animal safety data and drug effectiveness data and human food safety data other than tissue residue data ; are not required for approval of an ANADA. Ordinarily the ANADA Sponsor shows the generic product is bioequivalent to the pioneer, which has been shown to be safe and effective. If bioequivalence is demonstrated through a clinical endpoint study, then a tissue residue study to establish the withdrawal time for the generic product should also be conducted. For certain dosage forms, the agency will grant a waiver from the requirement of an in vivo bioequivalence study 55 FR 24645, June 18, 1990; Fifth GADPTRA Policy Letter; Bioequivalence Guideline, October 2000 ; . Safety and effectiveness for this generic animal drug, Llncomycin Injection, were established by demonstration of chemical equivalence to the pioneer product, Lincomix Injectable NADA 034-025 ; . Based on this demonstrated equivalency, a waiver of the in vivo bioequivalence studies was granted on September 16, 1999. The generic and pioneer products contain the same active ingredients and are parenteral solutions intended for use in swine by the intramuscular route of administration. 3. HUMAN SAFETY Tolerance The tolerances 21 CFR 556.360 ; established for the pioneer product apply to the generic product. Tolerances 21 CFR 556.360 ; for lincomycin in swine of 0.6 part per million in liver and 0.1 part per million in muscle are established. The acceptable daily intake ADE ; for total residues of lincomycin is 25 micrograms per kilogram of body weight per day. Withdrawal Time When a waiver of the in vivo bioequivalence study is granted, then the withdrawal period established for the pioneer product will be assigned to the generic product. A 2-day 48 hr.
Specifications. Each gram of soluble powder contains lincomycin hydrochloride equivalent to 0.4 grams of lincomycin. b ; Sponsors. See Nos. 000009, 046573, and 051259 in 510.600 c ; of this chapter for use as in paragraph d ; of this section. * * * * * d ; Conditions of use-- 1 ; Swine-- i ; Amount. 250 milligrams per gallon of drinking water to provide 3.8 milligrams per pound of body weight per day. ii ; Indications for use. For the treatment of swine dysentery bloody scours ; . iii ; Limitations. Discard medicated drinking water if not used within 2.
The efficacy of topical treatment with lincomycin hcl for papillomatous digital dermatitis: gross and histological evaluation.
Drugs J0000 J9999 J1980 Hyoscyamine sulfate up to 0.25 mg J1990 Chlordiazepoxide HCl up to 100 mg J2001 Lidocaine HCl for intravenous infusion 10 mg J2010 Lincom6cin HCl up to 300 mg J2020 Linezolid 200 mg J2060 Lorazepam 2 mg J2150 Mannitol 25% in 50 ml J2175 Meperidine hydrochloride per 100 mg J2180 Meperidine and promethazine HCl up to 50 mg J2185 Meropenem 100 mg J2210 J2250 J2260 J2270 J2271 J2275 J2278 J2280 J2300 J2310 J2320 J2321 J2322 J2325 J2353 J2354 J2355 J2357 J2360 J2370 J2400 J2405 J2410 J2425 J2430 Methylergonovine maleate up to 0.2 mg Midazolam hydrochloride per 1 mg Milrinone lactate 5 mg Morphine sulfate up to 10 mg Morphine sulfate 100 mg Morphine sulfate preservative-free sterile solution ; per 10 mg Injection, ziconotide, 1 microgram Moxifloxacin 100 mg Nalbuphine hydrochloride per 10 mg Naloxone hydrochloride per 1 mg Nandrolone decanoate up to 50 mg Nandrolone decanoate up to 100 mg Nandrolone decanoate up to 200 mg Injection, nesiritide, 0.1 mg Octreotide, depot form for intramuscular injection 1 mg Octreotide, non-depot form for subcutaneous or intravenous injection 25 mcg Oprelvekin 5 mg Injection, omalizumab, 5 mg Orphenadrine citrate up to 60 mg Phenylephrine HCl up to 1 ml Chloroprocaine hydrochloride per 30 ml Ondansetron hydrochloride per 1 mg Oxymorphone HCl up to 1 mg Injection, palifermin, 50 micrograms Pamidronate disodium per 30 mg.
FEDERAL FOOD, DRUG, AND COSMETIC ACT AND ITS AMENDMENTS, at 99 1979 ; . 87 See id, reprinted in 20 FDA, A LEGISLATIVE HISTORY OF THE FEDERAL FOOD, DRUG, AND COSMETIC ACT AND ITS AMENDMENTS, at 99 1979 ; . 88 See id, reprinted in 20 FDA, A LEGISLATIVE HISTORY OF THE FEDERAL FOOD, DRUG, AND COSMETIC ACT AND ITS AMENDMENTS, at 99 1979 ; . 89 id, reprinted in 20 FDA, A LEGISLATIVE HISTORY OF THE FEDERAL FOOD, DRUG, AND COSMETIC ACT AND ITS AMENDMENTS, at 99 1979 ; . 90 See id at 2, 378 statement of Dr. John Gregory Walsh ; , reprinted in 20 FDA, A LEGISLATIVE HISTORY OF THE FEDERAL FOOD, DRUG, AND COSMETIC ACT AND ITS AMENDMENTS.
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7 their report catalogues the examination findings of a large case series covering 1000 servicemen and women who voluntarily attended the ministry of defence’ s medical assessment programme.
69 Changes in repetitions for clarification. The present study found that neither individuals with PD nor controls increased intensity to improve clarity in a repetition subsequent to a simulated misunderstanding. This is inconsistent with other literature which indicates that in a repetition for clarity, healthy individuals increase SPL Clark et al., 1987; Cutler & Butterfield, 1991; Martin & Ross, 1994 ; . In the present study neither controls nor individuals with PD resembled the participants in the previous studies by increasing SPL in a repetition for clarification. Other research reports that individuals with PD increased SPL in a need for increased clarity in communication, although they did not increase SPL to the same extent as controls Ho et al., 1999 ; . In the present study the need for increased clarity was sparked by a misunderstanding, while in the Ho et al. study the need was due to increased interlocutor distance. The Ho et al. study revealed that although individuals with PD had reduced intensity compared to controls, they were able to increase their intensity with greater interlocutor distance. This would suggest that individuals with PD in the present study would increase SPL in repetition, but with reduced intensity compared to controls. Therefore the lack of change exhibited by both individuals with PD and controls is inconsistent with other research. It is possible that the inconsistency between the present study and the Ho et al. 1999 ; study comes from their different designs. The Ho et al. study was designed to elicit natural speech samples. Speech samples in the present study were read from a screen and were not samples of natural conversational speech. Reading a sentence from a screen may cause a difference in prosodic stress unlike that found in conversational and norfloxacin.
Commitments, most commonly because their families are unable to care for them in the natural home, and no community alternatives are available. Persons are placed at Embreeville Center because.
| Lincomycin saleThe answer lies in the fact that codeine can be metabolized in the liver to give morphine. The methyl ether is removed to give the free phenolic group. Thus, codeine can be viewed as a prodrug for morphine. Further evidence supporting this is provided by the fact that codeine has no analgesic effect at all if it is injected directly into the brain. By doing this, codeine is injected directly into the CNS and does not pass through the liver. As a result, demethylation does not take place. This example shows the problems that the medicinal chemist can face in testing drugs. The manner in which the drugs are tested can be just as important as making the drug in the first place. In all the following examples, the test procedures were carried out on animals or humans and so it must be remembered that there are several possible ways in which a change of activity could have resulted and cefdinir.
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ALINORM 03 31A page 15 108. It was noted that no methods had been received by the task groups for evaluation prior to the ad hoc Working Group on Methods of Analysis and Sampling meeting and that there was no successor for the coordinator of the Task Group in charge of compiling methods for antimicrobials. Methods in routine regulatory use provided prior to the Working Group meeting by Brazil, Canada and Sweden were reviewed during the Working Group meeting and were appended to the Working Group's report42. 109. The Committee endorsed the recommendation that ad hoc Working Group on Methods of Analysis and Sampling under the co-chairmanship of Dr J. MacNeil Canada ; and Dr R. Stephany the Netherlands ; to meet again at the 15th Session of the CCRVDF to continue its work on the review and recommendation of methods of analysis and the updating of methods validation procedures. CONSIDERATION ON THE PRIORITY LIST OF VETERINARY DRUGS REQUIRING EVALUATION OR RE-EVALUATION Agenda Item 12 ; 43 110. The 13th Session of the CCRVDF agreed to convene its ad hoc Working Group on Priorities prior to its current meeting under the Chairmanship of Australia.44 The Report of the ad hoc Working Group on Priorities45 was presented by its Chairman, Dr K. McDougall of Australia. 111. The Committee agreed to add pirlimycin and ractopamine as new substances to the priority list of CCRVDF. Since the commitment expressed at its 13th meeting to submit data for an evaluation of semduramycin and virginiamycin was upheld by the delegation of the United States, the Committee agreed that both compounds should stay in the priority list. 112. Considering the importance of substances related to virginiamycin in human medicine and its primary use for non therapeutic purposes in animals, the observer from Consumers International expressed concern about its use in animals and the potential transfer of resistance to humans. 113. The Committee agreed to request from JECFA whether an MRL for bovine milk could be established for doramectin. Since additional data had become available for lincomycin it was agreed that JECFA should reconsider the decision to withdraw the recommended MRL for cattle tissue. For melengestrol acetate a re-evaluation of the MRLs was requested based of new information which is available and additional data to be submitted. 114. The request from Indonesia to consider the elaboration of an MRL for chloramphenicol in shrimp was addressed by the Joint Secretariat who discussed the possibility that this compound could find its way into animal tissues via other routes than its use as a veterinary drug. Limited data showed that chloramphenicol may persist in the environment or even be formed by soil microorganisms. Hypothetically, very low levels found in animal products could therefore not be related to the use of chloramphenicol as a veterinary drug. Several delegations stressed that it would be premature to draw any conclusions or to discuss a possible classification as a contaminant and that illegal use of the drug was a primary concern. It was noted that international trade had been disrupted severely during the past year by the rejection of products which had been contaminated at very low levels with chloramphenicol and some other veterinary drugs. The Committee noted the offer of the FAO Secretariat to JECFA to examine the potential persistence of chloramphenicol in the environment or its formation by soil microorganisms on the basis of data to be provided by Indonesia. 115. The Priority List of Veterinary Drugs Requiring Evaluation or Re-evaluation is attached at Appendix VII, with the understanding that the compounds not previously evaluated by JECFA would need to be approved as new work by the 26th Session of the Commission. The Committee agreed to convene the ad hoc Working Group on Priorities prior to its next session under the Chairmanship of Australia to consider proposals for compounds to be evaluated or reevaluated by JECFA and tacrolimus.
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SUMMARY: The Food and Drug Administration FDA ; is amending the animal drug regulations to reflect approval of a supplemental new animal drug application NADA ; filed by Pharmacia & Upjohn Co., a Div. of Pfizer, Inc. The supplemental NADA provides for the use of lincomycin in feed of swine weighing greater than 250 pounds and for the addition of a reproductive cautionary statement to labeling. DATES and ivermectin.
Sci. 45: 165-170. 20. Rainer, R. H., D. L. Harris, R. D. Glock, J. M. Kinyon, and M. A. Bauer. 1980. Carbadox and lincomycin in the treatment and carrier state control of swine dysentery. Am. J. Vet. Res. 41: 1349-1356. 21. Sherris, J. C., A. L. Rashad, and G. A. Lighthart. 1967. Laboratory determination of antibiotic susceptibility to ampicillin and cephalothin. Ann. N.Y. Acad. Sci. 145: 248-267. 22. Songer, J. G., J. M. Kinyon, and D. L. Harris. 1976. Selective medium for isolation of Treponema hyodysenteriae. J. Clin. Microbiol. 4: 57-60. 23. Sutter, V. L., and J. A. Washington II. 1974. Susceptibility testing of anaerobes, p. 436-438. In E. H. Lennette, E. H. Spaulding, and J. P. Truant ed. ; , Manual of clinical microbiology, 2nd ed. American Society for Microbiology, Washington, D.C. 24. Taylor, D. J., and T. J. L. Alexander. 1970. The production of dysentery in swine by feeding cultures containing spirochaete. Br. Vet. J. 127: 58-61. 25. Taylor, D. J., J. R. Simmons, and H. M. Laid. 1980. Production of diarrhoea and dysentery in pigs by feeding pure cultures of a spirochaete differing from Treponema hyodysenteriae. Vet. Rec. 106: 326-332. 26. Williams, B. J., and W. E. Babcock. 1976. In vitro susceptibility of Treponema hyodysenteriae to carbadox, virginiamycin and tylosin. Vet. Med. Small Anim. Clin. 71: 957-959. 27. Williams, B. J., and J. E. Shively. 1978. In vitro antitreponemal activities of carbadox, virginiamycin, olaquindox and tylosin as indices of their effectiveness for preventing swine dysentery. Vet. Med. Small Anim. Clin. 73: 349-351.
MUNICIPAL CORPORATION OF THE CITY OF THANE LIST OF PROPERTIES HAVING OUTSTANDING AS ON 31 2006 WARD OFFICE : RAILADEVI BLOCKNO : 73 Page No : 591 PROP.NO. H.NO. NAME OF OWNER HOLDER OUTSTANDING AMT 9010083 BABAN GANGADHAR GAIKWAD 191.00 360 NEAR OMBASE CHAL RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010087 SMT. VEENA SURESH RATHOD 145.00 361 BEHIND BORAKAR RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010088 SMT. KALAWATI RAMKISAN SURYAVANSHI 146.00 363 BEHIND BORAKAR RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010237 NAMDEV DYNU PACHMAL 1109.00 365 LOKMANYA NAGAR PADA NO.4 9011267 MR.RAMESH C. CHAVAN 650.00 368 BEHIND BORKAR HOUSE RAJA SHIVAJI VIDHYALAYA ROAD LOKMANYA PADA NO. 4 MAJIWADA 9010162 CHANDRAKANT TUKARAM METKAR 925.00 369 BEHIND BORKAR HOUSE RAJA SHIVAJI VIDHYALAYA ROAD LOKMANYA PADA NO. 4 MAJIWADA 9010164 PRESENT OCCUPIER: NALINI CHANDRAKANT 2321.00 371 BHOSALE NEAR SAROJ KIRANA SHOP RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010166 BHIMRAO DAGDU BHOSALE 492.00 372 NEAR AMOL NIVAS RAJA SHIVAJI ROAD LOKMANYA NAGAR PADA MAJIWADA 9011032 SHRI. GULABSHANKAR GAIKWAD 2319.00 373 LOKMANYA NAGAR PADA NO.4 9010168 TRIMBAK PARSHURAM BASAR 444.00 374 NEAR MATAJI KIRANA STORES RAJA SHIVAJI VIDHYALAYA ROAD LOKMANYA PADA NO. 4 MAJIWADA 9010183 SMT. MANDAKINI VIJAY KAMBLE 1947.00 384 NEAR SAROJ KIRANA SHOP RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010187 SMT. SAVITRABAI HANUMANT SHINDE 1028.00 386 NEAR SAROJ KIRANA SHOP RAJA SHIVAJI ROAD LOKAMANYA NAGAR PADA MAJIWADA 9010796 SMT. ASHA SAMBHA GAIKWAD 141.00 391 NEAR SAROJ KIRANA SHOP RAJA SHIVAJI ROD LOKAMANYA NAGAR PADA MAJIWADA 9011410 SMT. VIMAL SHANTARAM CHANDE 2013.00 394 NEAR SAROJ KIRANA STORES RAJA SHIVAJI VIDHYALAYA ROAD LOKMANYA PADA NO. 4 MAJIWADA and cefpodoxime!
01P-0045 CP1 Bimeda, Inc. Request permission to file an ANADA for a generic new animal drug, lincomycin hydrochloride and spectinomycin dihydrochloride pentahydrate, which differs from the pioneer product, Pharmacia & Upjohn Co.'s NADA 046-109 by the following characteristics: The generic product will provide for a product containing spectinomycin dihydrochloride pentahydrate whereas the pioneer product contains spectinomycin sulfate tetrahydrate. Request permission to file an ANADA for a generic new animal drug, ivermectin pyrantel, which differs from the pioneer product, HeartgardTM Plus ivermectin pyrantel ; , Merial Limited's NADA 140-971 by the following characteristic: Ivermectin pyrantel generic is a compressed chewable tablet and HeartgardTM Plus is an `extruded' chewable tablet. Request permission to file an ANADA for a generic new animal drug, phenylbutazone, which differs from the pioneer product, PhenylbuteTM, Phoenix Scientific, Inc., NADA 091-818, by the following characteristics: The proposed generic product dosage form is a chewable tablet. Filed Jan 26, 2001 Approved Apr 20, 2001 Filed Feb 06, 2001 Approved Apr 09, 2001 Filed Mar 12, 2001 Approved Apr 11, 2001.
Prescription labels 14: 3: 1 labels to be affixed to containers when a drug is dispensed or prescribed must contain the following information: file number of the prescription; i ; date the drug is dispensed, ii ; in the case of a refill, date the refill of the drug is dispensed; name of the patient; i ; name of the drug dispensed, ii ; only on request of the prescriber, the drug identification number of the drug; potency or strength of the drug dispensed, after drug name, if applicable; quantity and form of the drug; name of the prescriber; initials of the dispensing pharmacist; directions for use of the drug by the patient; expiry date, where applicable and linezolid.
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Good initial clinical effect was achieved with 50ppm and above, good lesion control was achieved with 75ppm and above, but bacterial cure was successful at 100ppm or 91 times the MIC after the two-week observation period. All groups were bacteriologically negative from faecal samples taken at the end of the 10-day treatment period The studies are different, with a different end-point in the treatment study, but demonstrate the importance of higher levels of antibiotic for treatment, presumably because the animals are clinically ill and may have depressed appetites and drug intake initially and a dilution effect from extra fluids in the diarrhoea. All samples were bacteriologically negative, however, 5 days after the start of treatment. The antimicrobial has to penetrate not just mucus layers, but also deeper into the lesions and crypts to gain access to the organism and pass through exudate, fibrin and cell debris to destroy them. Conclusions Relatively little is published on the pharmacokinetics of antimicrobials in the alimentary tract in comparison with the recent injectable products. Hopefully, more interest will be focused here in the future, as the bulk of antimicrobial use in pigs is via the oral route. The small intestine is more dynamic and active than the large intestine and absorption, metabolism, excretion via the bile and breakdown in the gut all contribute to the active concentrations found there. Some products pass through relatively unchanged, others hardly reach the large intestine in an active form. There are marked differences between lincomycin and valnemulin gut concentrations, for example. The penetration of an infectious site and the drug concentration gradient required also adds another dimension, highlighted in the difference between the prevention and treatment of swine dysentery, as well as the penetration into cells in treating L. intracellularis. It is interesting how well the inhibitory in vitro cell culture model for lawsonia conformed with the clinical study and confirmed that the intra-cellular MIC is a bio-model itself and is possibly too restrictive when set at a 99% response. It was a very good predictor of efficacy in the lincomycin case. The pharmacodynamics of the products have an important role on the killing effect on the particular bacterial pathogens, although only time-dependent bacteriostatic antimicrobials were used as examples here. More data on bactericidal products, such as the aminoglycosides, would be useful. The relationship and interaction with other organisms in the gut have not been explored and ethambutol.
Probe preparation The plastid DNA sequence from 90728-91408, including the 16S rRNA and trnV genes, was isolated by means of PCR, cloned into vector pBSKII - ; , linearized with appropriate restriction enzymes, and used to synthesize 3 antisense RNA probes. In vitro transcription reactions were performed using T3 or T7 RNA polymerase with the Riboprobe In Vitro Transcription System Promega, USA ; according to the manufacturer's instructions. 32P-rUTPlabeled antisense RNA transcripts were resolved on a 6% sequencing gel. Transcripts of correct lengths were excised; eluted in a solution containing 0.5 M NH4-acetate, 0.1% SDS, and 1 mM EDTA; and precipitated with ethanol. Hybridization and detection Twenty micrograms of total RNA was annealed with 50, 000 CPM of radiolabeled ribo-probe in 10 L of hybridisation buffer 80% formamide, 40 mM PIPES [pH 6.7], 400 mM NaCl, 1 mM EDTA ; . After overnight incubation at 45C, hybridization reactions were treated with 10 U of RNase One Promega, USA ; for 40 min at 30C. Reactions were incubated at 37C for 15 min after adding 2 L each of 10% SDS and 20 mg ml Proteinase K 1 g L, Merck ; . RNase-protected hybrids were purified by using phenol extraction with ethanol precipitation and dissolved in 5 L RNA-loading dye 80% deionized formamide, 10 mM EDTA [pH 8], 1 mg ml xylene cyanol FF, 1 mg ml bromphenol blue ; . Samples were resolved on a 6% sequencing gel at 1600 V and 35-40 w. Signals were detected by exposing gels to Kodak Biomax MR film Eastman Kodak Company, Japan ; . Results and Discussion Rice plastome sequence and riboprobes RNA produced from the 90728-91408 region of the rice plastome, including the 16S rRNA and trnV genes, was selected for analysis. High quality of RNA and several processing sites made this region useful to study. Interpreting RNase protection data from this region was difficult because of the rapid and extensive processing of those transcripts. A similar problem has been encountered in tobacco, and RNase Plike enzymes are thought to be responsible Vera and Sugiura, 1995 ; . The homologous positions of the 3 antisense RNA probes and the area of the rice plastome that was analysed are schematically represented in Figure 1D. Effect of lincomycin on different plastid types The predominant type of plastids in callus, root, and leaves are proplastids, amyloplasts, and chloroplasts, respectively. Total RNA from lincomycin-treated and untreated callus, roots, and leaves was analysed. Initial experiments were conducted to determine a lincomycin concentration that blocked processing of plastidic RNA but did not arrest transcription. Plants and callus were exposed to lincomycin concentrations of 250, 500, 1000, and 3000 mg L. Amyloplasts in roots and proplastids in callus were unaffected by even the highest lincomycin concentration Figure 1A ; . Lincomyc9n concentrations of.
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Non-Governmental Agencies like Rural Technology Institute Gujarat RTIG ; , and Self Employed Women's Association SEWA ; analyzed the problems being faced by marginal salt producers across Gujarat State. Periodical training programmes are being arranged at various places of Gujarat to make the Agarias aware of the importance of producing quality salt. CSMCRI imparted training to the marginal salt producers in South Gujarat and established a model salt works at Dharasana Village in Valsad District with the financial support from RTIG. Taking this as a model farm, the marginal Agarias were able to produce good quality industrial grade salt from sea brines, which was sold to user industries at a much higher price. The revenue earned by the agarias was almost double as reported by the Cooperative Society at Dharasana. Desalination by Reverse Osmosis Prototype RO plants for long-term field study: Under the DST sponsored project, CSMCRI installed two RO plants of 2000 liters hour capacity, one each at Kalyanpur village of Bhavnagar district, Gujarat and Kasari village of Jhunjunu district, Rajasthan. The plant has six spiral elements each of 4" dia x 1m size made from our TFC membranes. The pilot plant in Gujarat is operating with 10, 000 ppm brackish water to give about 600 ppm water with 94% salt rejection. The pilot plant installed in Rajasthan is treating brackish water of about 2200 ppm TDS to give a potable drinking water of about 250 ppm TDS with 90% selectivity. Development of Solar Powered R.O. unit: Two solar powered R.O. units of 8 l and 15 l h capacity were designed and fabricated on behalf of Rajiv Gandhi National Drinking Water Mission RGNDWM ; . One unit was installed at Science Park, Jaipur for publicizing and promoting the concept while the second unit was installed for conducting field trials in.
128. Ruberg SJ. Dose response studies. II. Analysis and interpretation [published erratum appears in J Biopharm Stat 1996 Ju1; 6 3 ; : 375]. J B i Stat 1995; 5 1 ; : 15-42. 129. Zar J.H. Biosfatistics, 2" * Edition, New Jersey, USA: Prentice Hall Publishing, 1984. 130. J e n and Ralston M. Fitting non-linear models to data. Ann. Rev. Biophys. Bioeng. RI 1979; 8: 195-238 and levofloxacin.
Neous Linr mutant of V. cholerae 569B Inaba ; was isolated, and a 60-fold increase in extracellular PF activity was observed in 50 , ug lincomycin per ml Table 1, experiment 3 ; . As with E. coli, this induction required drug in the growth medium. The capacity of E. coli H197 Linr to be induced by lincomycin declined with time after inoculation of cultures Fig. 1 ; . In this experiment, addition of lincomycin at 7 h midlog phase ; reduced the ultimate yield of PF activity by about 75% relative to that obtained by addition of drug at inoculation, and by 14 h postlog phase ; the cells were completely refractory to induction. Although we occasionally found maximal induction to occur when lincomycin was added as late as 7 h, a refractory state was invariably attained by about 14 h. The Linr phenotype is stable during growth in the absence of lincomycin; since little or no PF activity appeared prior to 7 h either intra- or extracellularly data not shown ; and most of the induced activity appeared after 12 h see Fig. 2 and below ; , these data suggest that the amount of enterotoxin activity ultimately produced was limited by lincomycin-sensitive events occurring early in the growth of cultures. The data in Fig. 1 also show that induced levels were not the result of direct interaction between lincomycin and extracellular enterotoxin or of any.
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Clindamycin and lincomycin data not shown ; . Therefore, the presence in our strain of a lincosamide resistance gene encoding an inactivating enzyme was presumed. The resistance was not transferable to S. agalactiae BM132 in mating experiments and no plasmid DNA could be extracted from the strain. Characterization of the lnu D ; gene. DNA fragments from S. uberis UC8578.
MEIER ET AL. REFERENCES and J. Davies. 1973. Mechanisms of antibiotic Benveniste, R., resistance in bacteria. Annu. Rev. Biochem. 42: 471-506. Blanc, M., C. A. Adams, and D. C. Wallace. 1981. Different nucleotide changes in the large rRNA gene of the mitochondrial DNA confer chloramphenicol resistance on two human cell lines. Nucleic Acids Res. 9: 5785-5795. Bonny, C., P. E. Montandon, S. Marc-Martin, and E. Stutz. 1991. Analysis of streptomycin resistance of Escherichia coli mutants. Biochem. Biophys. Acta 1089: 213-219. Breckenridge, L., and L. Gorini. 1969. The dominance of streptomycin sensitivity reexamined. Proc. Natl. Acad. Sci. USA 62: 979985. Breckenridge, L., and L. Gorini. 1970. Genetic analysis of streptomycin resistance in Escherichia coli. Genetics 65: 9-25. Cseplo, A., T. Etzold, J. Schell, and P. H. Schreier. 1988. Point mutations in the 23S rRNA genes of four lincomycin resistant Nicotiana plumbaginifolia mutants could provide new selectable markers for chloroplast transformation. Mol. Gen. Genet. 214: 295-299. Cundliffe, E. 1981. Antibiotic inhibitors of ribosome function, p. 402-457. In E. F. Gale, E. Cundliffe, P. E. Reynolds, M. H. Richmond, and J. M. Waring ed. ; , Molecular basis of antibiotic action. John Wiley & Sons, Inc., New York. Douglass, J., and L. M. Steyn. 1993. A ribosomal gene mutation in streptomycin-resistant Mycobacterium tuberculosis isolates. J. Infect. Dis. 167: 1506-1507. Edlin, B. R., J. I. Tokars, M. H. Grieco, J. T. Crawford, J. Williams, E. M. Sordillo, K. R. Ong, J. 0. Kilburn, S. W. Dooley, K. G. Castro, W. R. Jarvis, and S. D. Holmberg. 1992. An outbreak of multidrug resistant tuberculosis among hospitalized patients with the acquired immunodeficiency syndrome. N. Engl. J. Med.
And A2059. These findings prompted us to investigate the natural resistance of M. hominis to erythromycin and its natural susceptibility to 16-membered macrolides and or to lincosamides. Three different strains were investigated for the purpose; M. hominis strain PG21, M. hominis strain CT-PAF and M. hominis CT-Mh1. Briefly, strains were grown in standard mycoplasma media, and DNA was extracted and purified by standard methods. The primers for PCR amplifications were constructed by aligning known sequences of the domain V of 23S rRNA gene in closely related species forward primer 5 -CTATAACGGTCCTAAGGTAG-3 ; reverse primer 5 -GGTCCTCTCGTACTAGAAG-3 ; . PCR amplification was performed by standard method, and the cycling programme was: one cycle at 98C for 10 min; 30 cycles at 95C for 30 s, 57C for 30 s, and 72C for 30 s; and a final elongation step at 72C for 10 min. Amplified fragments were purified on agarose gel and sequenced by the dye termination method. The sequences were deposited at GenBank under accession numbers AF101242, AF131860 and AF131073. The comparison of these sequences with those of Escherichia coli and some other species has shown a G A transition at 2057 E. coli coordinates ; in the central loop of domain V of the 23S rRNA Figure ; . This suggested that mlS type resistance in those three strains can be correlated with such a mutation, which is known to result in a similar pattern of resistance in other organisms. BLAST analysis showed that such a transition was present in two other mycoplasma species, Mycoplasma flocculare 23S rRNA gene sequence, GenBank accession number: L22210 ; and Mycoplasma hyopneumoniae 23S rRNA gene sequences, GenBank accession number: X68421 ; . Moazed & Noeller4 incubated 70S ribosomes together with antibiotics and showed direct protection of both A2058 and A2059 by both erythromycin and carbomycin a 16-membered macrolide ; against derivatization by DMS. Moreover, as shown by Douthwaite & Aagaard, 5 clindamycin protected both A2058 and A2059, whereas lincomycin protected only A2058. This explains why our strain showed resistance against erythromycin owing to G2057A and was susceptible to lincomycin and clindamycin. In fact, unlike other sites, such as 2058 or 2059, position 2057 did not appear protected against chemical modification by bound antibiotic.5 The remaining nucleotide sequence did not reveal any transition at position C2611. The phenotype associated with such a transition is frequently associated, in other bacteria, with chloramphenicol resistance and clindamycin susceptibility; 6 in fact, in a separate experiment we demonstrated that all three and buy lomefloxacin.
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3 the abbreviations used are: vc, verrucous carcinoma; dpd, dihydropyrimidine dehydrogenase; tp, thymidine phosphorylase; ts, thymidine synthetase; scc, squamous cell carcinoma; 5-fu, 5-fluorouracil.
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