Wednesday, June 6, 2012
The description of Mammalian Gene Collection - Human 10436620
Mammalian Gene Collection - Human 10436620 :In accession to the MTA mentioned above, added ATCC and/or authoritative permits may be appropriate for the alteration of this ATCC material. Anyone purchasing ATCC actual is ultimately amenable for accepting the permits. Please bang actuality for advice apropos the specific requirements for addition to your location.The ambition of the Mammalian Gene Collection (MGC), a trans-NIH initiative, is to accommodate advisers with complete admission to sequence-validated feature protein-coding (FL-CDS) cDNA clones for human, mouse, and rat genes. In 2005, the activity added the cow cDNAs generated by Genome Canada.
MGC cDNA clones were acquired by screening of cDNA libraries, by transcript-specific RT-PCR cloning, and by DNA amalgam of cDNA inserts. (See References 1, 2, 3)
All MGC sequences are deposited in GenBank and the clones can be purchased from distributors of the IMAGE consortium. You can use "A Guide to Finding Mammalian Gene Collection (MGC) Clones and Evaluating Their Sequence" to abetment in free whether MGC cDNA clones for human, mouse, or rat genes and transcripts of absorption are accessible for acquirement or arrangement investigation.
ORFeome Collaboration (OC) was formed to accommodate the analysis association with sequence-validated, full-ORF animal cDNA clones in the Gateway� agent format. The Activity Summary provides accomplishments advice and added data about the MGC and the ORFeome Collaboration.
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Tuesday, June 5, 2012
The introduction of High-precision brass bar
High-precision brass bar manufacturing principles
(1) all elements without exception, to reduce the electrical conductivity and thermal conductivity of the copper rod, where the elements in solid solution of copper rod, resulting in the lattice distortion of the copper rod, so that the directional flow of free electrons generated when the wave scattering, so that resistance The rate of increase in the contrary there is no solid solubility or very little solid solution elements in the copper rod, the electrical and thermal conductivity of the copper rod should be noted that some elements in the copper rod in the solution as the temperature decreased heated to reduce the precipitation of elemental and metal compounds, both solid solution and dispersion strengthened copper rod alloys, but also the electrical conductivity decreased much. for high strength and high conductivity alloy is an important alloying principle here should be particularly noted that the alloy composed of four elements iron, silicon, wrong, chromium and copper rod is extremely important and high-strength high conductivity alloy; of alloying elements on the copper rod performance is superimposed on the CoCr-Zr alloy is a well-known high strength and high Lead alloys;
(2) copper-based corrosion resistant alloy of the organization should be single-phase, to avoid the second phase caused by electrochemical corrosion in the alloy. This added to the alloying elements in copper rod should have a lot of solid solubility, or even unlimited mutual solubility of elements in the engineering applications of single-phase brass rods, bronze rods, white copper rod has excellent corrosion resistance , is an important heat exchange materials.
(3) wear-resistant copper-based alloys are soft phase and hard phase, and therefore must ensure that the people in the alloying elements in addition to solid solution of copper rod should also be hard phase precipitates, copper rod alloys The typical hard the Ni3Si, FeALSi, compounds. Developed in recent years, the auto synchronizer gear alloy in a phase of the soft phase, negative phase of the hard phase, a phase of not more than 10%.
(4) the damping properties of solid-state multi-crystalline transition of the copper rod alloys such as Cu-Mn alloy, solid state thermo-elastic martensitic transformation process of the alloy with memory performance, such as the one of Al in Cu Zn, Cu, Al a Mn alloy.
(5) the color of the copper rod to change the way of the addition of alloying elements, such as the increase of people of zinc, aluminum, tin, nickel and other elements, as the content changes, the color red Hitodo one yellow and one white changes, reasonable to control the content of imitation gold materials and imitation silver alloy.
(6) the elements selected by the alloying of copper rod and alloy is commonly used, inexpensive and pollution-free, the added element should be in line with the diverse small amount of the principle of alloy raw materials to comprehensive utilization of the alloy with excellent process performance, fitness processed into a variety of finished and semi-finished products.
(1) all elements without exception, to reduce the electrical conductivity and thermal conductivity of the copper rod, where the elements in solid solution of copper rod, resulting in the lattice distortion of the copper rod, so that the directional flow of free electrons generated when the wave scattering, so that resistance The rate of increase in the contrary there is no solid solubility or very little solid solution elements in the copper rod, the electrical and thermal conductivity of the copper rod should be noted that some elements in the copper rod in the solution as the temperature decreased heated to reduce the precipitation of elemental and metal compounds, both solid solution and dispersion strengthened copper rod alloys, but also the electrical conductivity decreased much. for high strength and high conductivity alloy is an important alloying principle here should be particularly noted that the alloy composed of four elements iron, silicon, wrong, chromium and copper rod is extremely important and high-strength high conductivity alloy; of alloying elements on the copper rod performance is superimposed on the CoCr-Zr alloy is a well-known high strength and high Lead alloys;
(2) copper-based corrosion resistant alloy of the organization should be single-phase, to avoid the second phase caused by electrochemical corrosion in the alloy. This added to the alloying elements in copper rod should have a lot of solid solubility, or even unlimited mutual solubility of elements in the engineering applications of single-phase brass rods, bronze rods, white copper rod has excellent corrosion resistance , is an important heat exchange materials.
(3) wear-resistant copper-based alloys are soft phase and hard phase, and therefore must ensure that the people in the alloying elements in addition to solid solution of copper rod should also be hard phase precipitates, copper rod alloys The typical hard the Ni3Si, FeALSi, compounds. Developed in recent years, the auto synchronizer gear alloy in a phase of the soft phase, negative phase of the hard phase, a phase of not more than 10%.
(4) the damping properties of solid-state multi-crystalline transition of the copper rod alloys such as Cu-Mn alloy, solid state thermo-elastic martensitic transformation process of the alloy with memory performance, such as the one of Al in Cu Zn, Cu, Al a Mn alloy.
(5) the color of the copper rod to change the way of the addition of alloying elements, such as the increase of people of zinc, aluminum, tin, nickel and other elements, as the content changes, the color red Hitodo one yellow and one white changes, reasonable to control the content of imitation gold materials and imitation silver alloy.
(6) the elements selected by the alloying of copper rod and alloy is commonly used, inexpensive and pollution-free, the added element should be in line with the diverse small amount of the principle of alloy raw materials to comprehensive utilization of the alloy with excellent process performance, fitness processed into a variety of finished and semi-finished products.
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The description of Mammalian Gene Collection – Mouse 10328678
Mammalian Gene Collection – Mouse 10328678
high superior human, abrasion and rat cDNA clones
At the access of the ‘Genomics Revolution’ the National Institutes of Health (NIH) spearheaded the conception of genome-scale cDNA collections for the human, abrasion and rat. In 2009, this multi-institute activity was completed, creating the a lot of extensive, anxiously sequenced accumulating of beastly cDNAs (<1 abject in 50,000 nucleotide absurdity rate).
The Beastly Gene Accumulating (MGC) was a trans-NIH initiative, started in 2001. Its goal, at the onset, was to accommodate at atomic one full-protein-coding arrangement cDNA carbon for every animal and abrasion gene with a RefSeq archetype and at atomic 6200 rat genes. The MGC cloning accomplishment initially relied on accidental bidding arrangement tag screening of cDNA libraries. Starting in 2004, MGC acclimated transcript-specific RT-PCR cloning to abstract cDNAs for genes not represented in MGC. Finally, amid 2006 and 2009, MGC active DNA amalgam methods to accommodate FL-CDS clones for animal and abrasion genes still absent from the collection.
The MGC now contains clones with the absolute protein-coding arrangement for 92% of animal and 89% of abrasion genes with curated RefSeq (NM-accession) transcripts, and for 97% of animal and 96% of abrasion genes with curated RefSeq transcripts that accept one or added PubMed publications, in accession to clones for added than 6300 rat genes. These high-quality MGC clones and their sequences are attainable after brake to advisers worldwide. All MGC sequences are deposited in GenBank and the clones can be purchased from the Image Consortium Distributors.
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Monday, June 4, 2012
The characteristics of Propyzamide
Occurrence of propyzamide residues in rotational crops was advised during the associate analysis of propyzamide. In adjustment to abstain propyzamide residues in rotational crops it is recommended that the Member States afore acceding an approval for the use of propyzamide should accede the charge for establishing bulb aback intervals for rotational crops that accept abbreviate frondescence periods.The toxicological contour of propyzamide was evaluated in the framework of Directive 91/414/EEC, which resulted in an ADI of 0.02 mg/kg bw/d. An ARfD was not accounted necessary.
Primary crop metabolism of propyzamide was advised afterward foliar appliance in lettuce, alfalfa and winter rape, which alone covers two groups of crops (leafy crops and pulses & oilseeds).
Metabolic patterns in those altered studies were apparent to be similar. Since propyzamide is mainly activated during aboriginal advance stages of the crop or during cessation (soil applications), rotational crop studies (carrot, bill and wheat) accept been be taken into annual to complete the appraisal of the metabolic alleyway of propyzamide. It was assured that the arrangement of metabolites is commensurable with the metabolites empiric in primary crops. Hence, the accordant balance for administration and accident appraisal in all crops accurate in the framework of this analysis was authentic as ancestor propyzamide. A accurate analytic adjustment for administration of this balance analogue with a LOQ of 0.01 mg/kg in all bulb bolt is available.Propyzamide was included in Annex I to Directive 91/414/EEC on 01 April 2004, which is afore the access into force of Adjustment (EC) No 396/2005 on 02 September 2008. EFSA is accordingly appropriate to accommodate a articular assessment on the analysis of the absolute MRLs for that alive actuality in acquiescence with Article 12(2) of afore mentioned regulation. In adjustment to aggregate the accordant pesticide residues data, EFSA asked Sweden, as the appointed rapporteur Member State (RMS), to complete the Pesticide Residues Overview File (PROFile).
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The Presentation of High-precision brass bar
High-precision brass bar
High-precision brass bar information :
Brass uses
Do a variety of deep drawing and bending manufacturing parts, such as pins, rivets, washers, nuts, catheters, pressure gauge, screen, radiator parts. Has good mechanical properties, thermal state plastic, plastic is acceptable in the cold state, good machinability, and easy-fiber welding and welding, corrosion resistance, is widely used an ordinary brass varieties.
Brass Category
Brass material is composed by more than two kinds of elements, a variety of alloys called special brass. Such as lead, tin, manganese, nickel, iron, silicon, copper alloy. Brass have a strong wear resistance. Special brass known as special brass, high strength, hardness, corrosion-resistant chemical. There is the cutting of the mechanical properties are more prominent. Pull into a seamless copper from brass, soft, wear resistance and strong. Brass seamless pipe heat exchanger and condenser can be used for low temperature piping, submarine transport tube. Manufacture of sheet metal, Rod, bar, pipe, cast parts. 62% to 68% in copper, plastic, manufacturing, such as pressure devices.
Brass rod according to the different types of alloying elements contained in the brass, brass is divided into ordinary brass and special brass two. Pressure processing of brass called a deformation of brass.
Brass features
Brass is an alloy of copper and zinc. The simplest brass is copper – zinc binary alloy, known as the simple brass or common brass. Changing the content of zinc in the brass can be different mechanical properties of brass. Brass zinc content is higher, higher strength and lower plasticity. Industry, brass, zinc does not exceed 45%, the high zinc content will be brittle, so that the deterioration of alloys. Order to improve certain properties of the brass, the brass on the basis of other alloying elements brass called special brass. Common alloying elements silicon, aluminum, tin, lead, manganese, iron and nickel. In brass and aluminum can improve the yield strength and corrosion resistance of brass, slightly lower plasticity. Less than 4% of the aluminum-containing brass has good processing, casting and other performance. Plus 1% tin in brass significantly to improve anti-seawater and marine atmospheric corrosion of brass, so called “Navy brass. Tin but also to improve the machinability of brass. The main purpose of the brass lead to improve machinability and improve the wear resistance, the impact of lead on the strength of the brass. Manganese brass has good mechanical properties, thermal stability and corrosion resistance; in the manganese brass and aluminum, can also improve its performance, the smooth surface of the casting. Brass can be divided into two types of products for foundry and pressure processing.
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Saturday, June 2, 2012
The introduction of F-free enameled wire
F-free enameled wire
The F-free enameled wire is a blazon of ambagious wire fabricated by oxygen-free chestnut rod or electric annular aluminum rod which fatigued or extruded by dies with appropriate size, again over coated with apply repetitiously.
A magnet wire or enamelled wire is a copper wire or aluminum coated with a very thin layer of insulation. It is used in the construction of transformers, inductors, motors, loudspeakers, hard disk head actuators, potentiometers, solenoids, and other applications that require tight coils of wire.
The wire itself is usually fully annealed electrolytic copper refined. Aluminum winding wire is sometimes used for transformers and motors large, but because of its electrical conductivity less, an aluminum wire must have 1.6 times the cross sectional area as a copper wire to obtain a DC resistance comparable. Because of this loving son copper contribute to improving energy efficiency in equipment such as electric motors. For more information, see: Copper in energy-efficient motors and copper wire and cable: magnet wire (winding wire).
Smaller diameter of the coil wire has a generally round cross section.This kind of wire is used for things such as electric guitar pickups thick wire magnet is often square or rectangular (with rounded corners) to allow more efficient use of the winding space available.
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Friday, June 1, 2012
The characteristics of I.M.A.G.E Consortium Clones - Human 10329926
Product name: I.M.A.G.E Consortium Clones - Human 10329926
IMAGE cDNA clones are a accumulating of DNA vectors absolute cDNAs from assorted bacilli including human, mouse, rat, non-human primates, zebrafish, pufferfish, Xenopus (frogs), and cow. Together they represent a added or beneath complete set of bidding genes from these organisms. IMAGE stands for chip atomic assay of genomes and their expression.From 1993 to 2007, the cDNA library was maintained by the IMAGE Consortium, a collective accomplishment of four bookish groups. At the end of 2007, the bunch handed over operations and stocks to a aggregation associated with Open Biosystems.
adenocarcinoma, corpuscle band
adenocarcinoma
Biosafety Level: 1
Shipped: analysis tube
ATCC® Number: 10432837
Organism: human
Depositors: The I.M.A.G.E. Consortium
I.M.A.G.E. Clone ID: 5404814
Other ID’s: GenBank:BC063493
GenBank:BI871170
Vector: pCMV-SPORT6
Origin: alarmist
Permits/Forms: In accession to the MTA mentioned above, added ATCC and/or authoritative permits may be appropriate for the alteration of this ATCC material. Anyone purchasing ATCC actual is ultimately amenable for accepting the permits. Please bang actuality for advice apropos the specific requirements for addition to your location.
Price: $110.00
Growth Conditions: ATCC average 1227: LB Average (ATCC average 1065) with 50 mcg/ml ampicillin
Read more: buy I.M.A.G.E Consortium Clones - Human 10329926
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