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Bob Also many look to EBAY for second hand odd parts for cheap. Mine is and I have mis-placed the info.Please remember to be considerate of other members. All submitted content is subject to our Terms of Use. Something went wrong.Get the item you ordered or your money back.User Agreement, Privacy, Cookies, Do not sell my personal information and AdChoice Norton Secured - powered by Verisign. Please try again.Register a free business account Exclusive access to cleaning, safety, and health supplies. Create a free business account to purchase Please try your search again later.You can edit your question or post anyway.To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Each line above could be the navigation path of a user in a Web graph. Considering biological pathways, each line could be one activation sequence of genes observed in a cell. In social media, paths could be traces of information propagating through a social network.As we will see later, we can also use it to generate pathways from temporal networks.This fundamental assumption is due to the way how graph algorithms (as well as algebraic methods which rely on matrix multiplication or spectral analysis) work.Rather than being completely absent, we could also have cases where paths are just less (or more) frequent than what we expect.In a third-order model nodes represent paths of length two, while links capture paths of length three.However, we should also take into account that, by adding an additional layer, we make the model more complex.Reload to refresh your session. Reload to refresh your session. Phone: 81 (3) 5841-3064.http://imagroupco.com/resources/original/kenwood-kac-846-manual.xml Associated Data Supplementary Materials Carbazole conversion to anthranilate is catalyzed by carbazole 1,9a-dioxygenase (CARDO; CarAaIAcI), meta -cleavage enzyme (CarBaIBbI), and hydrolase (CarCI). CARDO is a three-component dioxygenase, and CarAaI and CarAcI are its terminal oxygenase and ferredoxin components. The car-I gene cluster lacks the gene encoding the ferredoxin reductase component of CARDO. Biotransformation experiments showed that FdrI (or FdrII) could drive the electron transfer chain from NAD(P)H to CarAaI (or CarAaII) with the aid of ferredoxin (CarAcI, CarAcII, or FdxI). Because this electron transfer chain showed phylogenetic relatedness to that consisting of putidaredoxin and putidaredoxin reductase of the P450cam monooxygenase system of Pseudomonas putida, CARDO systems of KA1 can be classified in the class IIA Rieske non-heme iron oxygenase system. Reverse transcription-PCR (RT-PCR) and quantitative RT-PCR analyses revealed that two car gene clusters constituted operons, and their expression was induced when KA1 was exposed to carbazole, although the fdxI-fdrI and fdrII genes were expressed constitutively. Both terminal oxygenases of KA1 showed roughly the same substrate specificity as that from the well-characterized carbazole degrader Pseudomonas resinovorans CA10, although slight differences were observed. Carbazole is an N-heterocyclic aromatic compound derived from coal tar and shale oil ( 26 ) and is known to possess mutagenic and toxic activities ( 2, 16 ). To remediate carbazole-contaminated environments using biotechnological approaches, a wide variety of carbazole-degrading bacteria have been isolated and characterized ( 13, 14, 18, 28 ). Among them, the carbazole-catabolic car genes of Pseudomonas resinovorans CA10 ( car CA10 genes) have been studied most extensively. ROS members are classified into three classes and several subclasses based on the features of the electron transport chain ( 7 ).http://schlammatlas.de/en/node/22220 Thus, the CARDO CA10 is classified in class III. Open in a separate window FIG. 1. Carbazole degradation by Car enzymes harbored by various carbazole degraders. The product of angular dioxygenation of carbazole shown in brackets is unstable and has not been detected directly. Enzyme (or protein) names: terminal oxygenase (CARDO-O), ferredoxin (CARDO-F), and reductase (CARDO-R) components of CARDO; meta -cleavage enzyme (CarBaBb); meta -cleavage compound hydrolase (CarC). ox. and red., oxidized and reduced states of the CARDO components, respectively. Sphingomonas sp. strain KA1 was isolated as a versatile carbazole-degrading bacterium ( 9 ) whose degradation pathway of carbazole is similar to that by CA10 ( 14 ). Previous study of the carbazole degradation ( car KA1 ) gene cluster of KA1 ( 14 ) revealed that, unlike the car CA10 gene cluster, the car KA1 gene cluster does not contain the CARDO-R gene but does contain the genes for CARDO-O ( carAa ) and CARDO-F ( carAc ), meta -cleavage enzyme ( carBaBb ), and meta -cleavage compound hydrolase ( carC ). Interestingly, although CarAa KA1 shows high homology with CarAa CA10 (60 identity), CarAc KA1 had no relatedness with the Rieske ferredoxin, including CarAc CA10, and showed similarity to the putidaredoxin-type ferredoxins. Because CARDO-O KA1 can receive electrons from CARDO-F KA1 and catalyze angular dioxygenation of carbazole ( 14 ), CARDO KA1 consisting of CarAa KA1 and CarAc KA1 is likely to be assigned to class IIA. To confirm this consideration, we should definitely clarify all CARDO components, especially ferredoxin reductase CARDO-R, that are involved in carbazole metabolism by KA1. In the genus Sphingomonas, it has been reported that catabolic genes are sometimes dispersed on the genome ( 4, 23 ). Considering that the car KA1 gene cluster is located on the 254-kb circular plasmid pCAR3 ( 9 ), it is possible that the ferredoxin reductase gene is also located on this plasmid.https://pavlosfysakis.com/images/95-infiniti-j30-repair-manual.pdf In addition, based on the reverse transcription-PCR (RT-PCR) analysis of each CARDO KA1 component gene and reconstitution assays of CARDO KA1 components in Escherichia coli cells, we discuss the multiplicity of the carbazole degradation function of pCAR3. MATERIALS AND METHODS Bacterial strains, plasmids, and media. To prepare the KA1 RNA, nitrogen-containing mineral medium NMM1 supplemented with carbazole or succinate was used. NMM1 has the same composition as CNFMM ( 29 ) except for the addition of 3.0 g of NH 4 NO 3 per liter. Ap r represents resistance to ampicillin. DNA manipulations. Total DNA of KA1 was prepared as described previously ( 29 ). Plasmids were prepared from E. coli by the alkaline lysis method ( 35 ) or with a Quantum Prep plasmid miniprep kit (Bio-Rad Laboratories, Hercules, CA). DNA fragments were extracted from agarose gels with an EZNA gel extraction kit (Omega Bio-tek, Inc., Doraville, GA). Other DNA manipulations were performed according to standard protocols ( 35 ). Sequencing of pCAR3 and annotation. For RT-PCR, a One Step RNA PCR kit (AMV) (Takara Bio Inc.) was used. In RT-PCR, 100 ng of total RNA was used as a template. Detailed information on the RT-PCR primer sets and the conditions employed for respective gene amplifications are provided in Table S1 in the supplemental material. Control experiments without the addition of reverse transcriptase were also performed. qRT-PCR. The primer sets used in quantitative RT-PCR (qRT-PCR) and RT conditions are provided in Table S1 in the supplemental material. To synthesize each cDNA, ThermoScript reverse transcriptase (Invitrogen Corp., Carlsbad, CA) and 10 ng of total RNA (as a template) were used. After the RT reaction, quantitative real-time PCR with SYBR GREEN PCR Master Mix (Applied Biosystems, Foster City, CA) was performed using the synthesized cDNA as a template on the ABI7700 sequence detection system (Applied Biosystems). The copy number of each mRNA was determined by a standard curve using a series of known concentrations of the target sequence according to the method of Habe et al. ( 10 ). For normalization, 16S rRNA of KA1 was used as an internal standard. For each sample, the mean value from triplicate real-time PCRs was used to calculate the transcript abundance. The mRNA levels of each gene in the control sample (NMM1 supplemented with succinate) were set at 1.0. Construction of expression plasmids for car genes. Each of the carAaI, carAaII, carAcI, carAcII, fdxI, fdrI, and fdrII genes was separately amplified by PCR using the respective primer sets shown in Table S2 in the supplemental material, which were designed to introduce appropriate restriction sites and the effective Shine-Dalgarno sequence for the E. coli transcription system. In PCR amplification, total DNA of KA1 was used as a template. The amplified products were digested at the introduced restriction sites and were ligated into the corresponding sites of pUC119 to produce plasmids for the expression of single CARDO KA1 components. After their nucleotide sequences were confirmed to be identical to those designed, their insert fragments were used for the construction of plasmids to direct the expression of each of the CARDO KA1 components. For example, pUKA248 was constructed by cloning the 0.3-kb XbaI-KpnI fragment from pUKAcarAcI into the corresponding site of pUKAcarAaI. For the construction of pUKA249 and pUKA253, the 1.2-kb KpnI-EcoRI fragment from pUKAfdrII was ligated into the corresponding sites of pUKAcarAaI and pUKA248, respectively. Other plasmids were constructed similarly. The extracts were analyzed by gas chromatography-mass spectrometry (GC-MS) after derivatization with N -methyl- N -trimethylsilyltrifluoroacetamide (MSTFA) as described previously ( 27, 39 ). All experiments were conducted independently at least three times. Biotransformation analysis to determine substrate specificity. E. coli JM109 harboring pUKA253 or pUKA260 was cultivated as described above, and then 5 ml of the culture was transferred to 1 liter of the same medium. Addition of substrate, subsequent incubation, and GC-MS analysis were performed as described above. Nucleotide sequence accession numbers. RESULTS pCAR3 loci encompassing the carbazole degradation genes. Open in a separate window FIG. 2. Genetic organization of the car-I gene cluster (locus A), car-II gene cluster (locus B), fdxIfdrI locus (locus C), and fdrII locus (locus D) encompassing the pCAR3 genes involved in the degradation of carbazole by Sphingomonas sp. strain KA1. The genetic organization of the car gene cluster responsible for carbazole degradation in P. resinovorans CA10 is also shown. The carAa gene of CA10 is tandemly duplicated ( 36 ). The arrows in the physical maps indicate the size, location, and direction of transcription of the ORFs derived from the nucleotide sequence data. TABLE 2. ORFs found in four pCAR3 loci, which contain the genes probably involved in carbazole conversion to anthranilate Locus and accession no. Position (bp) in sequence (direction a ) Name of gene GC content () No.FdrI and FdrII shared 38 to 41 identity with putidaredoxin reductase ( 20, 32 ) and rhodocoxin reductase ( 24 ), and also had a FAD-binding motif and two ADP-binding motifs (for FAD and NADH) ( 40 ). Transcriptional analyses of the putative CARDO component genes. The primer set for the carAaIBaIBbICIAcI, carAaIIBaIIBbII, carBbIICII, carCIIAcII, fdxIfdrI, or fdrII genes could amplify DNA fragments with the expected sizes from the RNA of carbazole-grown KA1 cells (data not shown). Therefore, it was revealed that all seven genes ( carAaI, carAaII, carAcI, carAcII, fdxI, fdrI, and fdrII ) are expressed in carbazole-grown KA1 cells, suggesting that the gene products could be involved in CARDO system formation. Also, these results indicated that the carAaIBaIBbICIAcI and fdxIfdrI genes are transcribed as single transcriptional units. Furthermore, although we could not detect the RT-PCR product spanning the region from carAaII to carAcII (data not shown), the amplifications of three segmental fragments covering the entire car-II gene cluster ( carAaIIBaIIBbII, carBbIICII, and carCIIAcII regions) were detected, and we concluded that the car-II gene cluster was also cotranscribed. To analyze the inducibilities of the putative CARDO component genes, the mRNA levels of each gene after 2 h in carbazole-exposed or nonexposed KA1 were investigated by qRT-PCR. The mRNAs of carAaI, carAcI, carAaII, and carAcII in carbazole-exposed cells were about 13-, 10-, 15-, and 11-fold more abundant than those in nonexposed cells. Together with the results of RT-PCR analyses, these findings clearly indicated that transcription of the car-I and car-II gene clusters was induced when KA1 cells were exposed to carbazole. In contrast, the expression levels of ferredoxin and ferredoxin reductase genes were not elevated in response to carbazole exposure (1.0- to 1.2-fold induction). Functional analyses of putative CARDO. Biotransformation experiments were performed with carbazole using E. coli cells expressing putative CARDO components in various combinations. Although we could not detect their expression by sodium dodecyl sulfate-polyacrylamide gel electrophoresis (data not shown), considering that the same promoter and Shine-Dalgarno sequence were used, the expression level of each gene was assumed to be similar.We further examined whether CarAaI and CarAaII could receive electrons from ferredoxins not encoded on the same car gene clusters. Therefore, we concluded that CarAcI could transfer electrons to CarAaII but that the electron transferability to CarAaII is substantially lower than that to CarAcII. Substrate ranges of two CARDOs of KA1. The substrate ranges of CARDO KA1-1 and CARDO KA1-2 were determined by biotransformation analyses using recombinant E. coli. (Detailed data are provided in Table S3 in the supplemental material). Both CARDOs catalyzed angular dioxygenation ( 28 ) of carbazole, dibenzofuran, dibenzo- p -dioxin (DD), and phenoxathiin. The ratio of angular dioxygenation of 9-fluorenone was markedly poorer in comparison with carbazole, dibenzofuran, DD, or phenoxathiin. Neither CARDO KA1-1 nor CARDO KA1-2 could catalyze any oxygenation reactions for dibenzothiophene sulfone. With fluorene, both CARDOs catalyzed the monooxygenation of the methylene carbon and probable lateral dioxygenation ( 28 ) at unidentified positions. For biphenyl, naphthalene, and anthracene, both CARDOs catalyzed lateral dioxygenations as was the case with CARDO CA10 ( 28 ). In conclusion, CARDO KA1-1 and CARDO KA1-2 have a wide substrate range, which is similar to that of CARDO CA10. Plural isofunctional degradation genes on a single bacterial genome have been reported.It would be of great interest to determine the physiological roles of the two copies of the car gene cluster in carbazole metabolism by KA1. As described above, the substrate specificities of the two CARDOs are nearly identical, although slight differences were observed. These facts suggest that duplication does not broaden the degradation (or growth) substrate range of KA1 but raises its degradation rate of carbazole. Estimation of the in vivo concentration of each CARDO component and generation of knockouts of either car-I or car-II (or either fdrI or fdrII ) followed by quantitative determination of the carbazole catabolic capacities will yield information to reveal the importance of multiple degradation genes. The draft sequence of pCAR3 showed that the fdxIfdrI cistron is located 50 and 85 kb downstream of the car-I and car-II gene clusters, respectively (data not shown). The fdrII gene is located about 80 and 115 kb downstream of the car-I and car-II gene clusters, respectively (data not shown). It is possible that constitutive expression of the fdrI and fdrII genes provides enough reductase to transfer electrons from NAD(P)H to ferredoxin. If this is the case, a well-organized operon is not necessary to achieve the appropriate carbazole degradation capacity. Another possibility is that the organization of car gene clusters of pCAR3 has not yet fully evolved and been optimized and that there is room for further evolution of the carbazole catabolic operon when KA1 is exposed to some selective pressure. On the other hand, the ferredoxin reductases, FdrI and FdrII, may be shared with other redox systems, possibly to maximize the catabolic potential while limiting its genetic burden. In this case, carbazole-dependent control of their expression would be disadvantageous for KA1. According to the classification of Batie et al. ( 7 ), both CARDOs of KA1 are classified in class IIA. Class IIA ROS is a three-component oxygenase, in which the electron transfer components comprise a simple flavoprotein and a putidaredoxin-type ferredoxin. Until now, almost all ROSs have been assigned to class IIB or III. As for class IIA ROSs, only a few examples have been reported, such as the pyrazon dioxygenase of an unidentified bacterium (37), the dioxin dioxygenase of S. wittichii RW1 ( 6 ), and the dicamba O -demethylase of Pseudomonas maltophilia DI-6 ( 8, 12 ). Supplementary Material Hauschild, J. E., E. Masai, K. Sugiyama, T. Hatta, K. Kimbara, M. Fukuda, and K. Yano. 1996. Identification of an alternative 2,3-dihydroxybiphenyl 1,2-dioxygenase in Rhodococcus sp. Kitagawa, W., A. Suzuki, T. Hoaki, E. Masai, and M. Fukuda. 2001. Multiplicity of aromatic ring hydroxylation dioxygenase genes in a strong PCB degrader, Rhodococcus sp. Peterson, J. A., M. C. Lorence, and B. Amarneh. 1990. Putidaredoxin reductase and putidaredoxin. Sambrook, J., and D. W. Russell. 2001. Molecular cloning: a laboratory manual, 3rd ed. Cold Spring Harbor Laboratory Press, Cold Spring Harbor, N.Y. 36. Sato, S., J.-W. Nam, K. Kasuga, H. Nojiri, H. Yamane, and T. Omori. 1997. Identification and characterization of genes encoding carbazole 1,9a-dioxygenase in Pseudomonas sp. They are not guarantees of performance or investment results and should not be taken as investment advice. Investment decisions reflect a variety of factors,Log in to your account at troweprice.com for more information. Lending dried up, and the end of an extended period of easy credit severely curtailed consumer, enterprise, and infrastructure spending on technology. Overseas technology stocks underperformed U.S. technology stocks. The combination of these factors made 2008 one of the most difficult periods for your fund. Large-cap technology stocks held up better than small-cap technology stocks. I started my investment career asI recommend that you view the Global Technology Fund as a component that providesAs of December 31, 2008, theThe most significant changes we made in the past six months were decreasing our cash balance andFrom a geographical perspective, the U.S. represented 76 of assets, the Pacific Rim 8, Europe 8, and Japan 6. In the past year, we have increased our weighting in the U.S. by reducing our cash and holdings in the Pacific Rim. Stock selection among semiconductorsOur holdings in semiconductor companies PMC-Sierra, Xilinx, and Taiwan Semiconductor were the largest positive contributionsThe fund has three key services holdings: Accenture, Genpact, andBoth companies have strong exposure to global outsourcing trends, and a high percentage of their sales are recurring and less dependentNetworking companies Juniper Networks and Cisco Systems struggled as globalJuniper Networks is one of our larger overweight holdings because we are confident that their world-class products and global Internet traffic growth will drive longer-term success. The fund also increased positions in Nintendo, Apple, andQualcomm is well positioned with a broad and strong patent portfolio andWe also reduced our exposure to Google on concerns that its share price has yet to reflectWe eliminated holdings in EMC, Maxim Integrated Products, Silicon Precision, and eBay to fund the purchase of better ideas. As distributors andSome semiconductor companies experienced as much as a 40 decline inThe scale and speed of inventory clearing is unprecedented in the global technology supply chain. As the supply stabilizes and demand normalizes, albeit at a lower level in the short run, we expect to see reversals in supply chain dynamics. The fund is gradually and selectivelySmartphone maker Palm is an excellent example ofWe decided to not own any Dell Computer shares because of theWe believe that as the year unfolds, conditions will be ripe for a recovery in global technology stocks. TheTechnology stocks, historically, have experienced unusually wide price swings, both up and down. TheFor example, products or services that at first appear promising may not prove to be commercially successful andEarnings disappointments and intense competition for market share can result in sharp price declines. Market indexes do not include expenses, which are deducted from fund returns as well as mutual fund averages and indexes. The example is based on an investmentThe hypothetical account values and expenses may not be used to estimate the actual ending account balance or expenses you paid for the period. This fee is not included in the accompanying table. If you are subject to the fee, keep it in mind when you are estimating the ongoing expenses of investing in the fund and when comparing the expenses of this fund with otherTherefore, the second line of the table is useful inTo the extent a fund charges transaction costs, however, the total cost of owning that fund is higher. The fund commenced operations on September 29, 2000. The fund seeks to provide long-term capital growth. Dividends received from mutual fund investments are reflected as dividend income; capital. Dividend income and capital gain distributions are recorded on the ex-dividend date. 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