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Luers

One mg/LUer of flocculant in 1 million gallons of water treated per day is 8.34 Lbs of material. [Pg.321]

Sealed window assembly Filling holes Front plate Filling port Luer plug Grub screw... [Pg.750]

Fig. 11 Experimental set-up for small-scale microwave SPPS of /S-peptides (SPE = solid-phase extraction). 1 Pasteur pipet for N2 agitation 2 10 mL glass vial 3 4mL solid-phase extraction tube 4 DMF 5 coupling solution 6 resin 7 polyethylene frit 8 Luer-lock cap... Fig. 11 Experimental set-up for small-scale microwave SPPS of /S-peptides (SPE = solid-phase extraction). 1 Pasteur pipet for N2 agitation 2 10 mL glass vial 3 4mL solid-phase extraction tube 4 DMF 5 coupling solution 6 resin 7 polyethylene frit 8 Luer-lock cap...
Fig. 12 Expandable microwave vessel. Components I Luer-lock cap 2 piston 3 hollow bore 4 reaction chamber 5 frit 6 product outlet 7 Luer-lock cap... Fig. 12 Expandable microwave vessel. Components I Luer-lock cap 2 piston 3 hollow bore 4 reaction chamber 5 frit 6 product outlet 7 Luer-lock cap...
Connect a vacuum manifold to a vacuum source not to exceed 20 in Hg, and place a 1-L waste liquid trap between the manifold and the vacuum source. To use the manifold, remove the cover, and place a Luer hub solvent guide needle on the male Luer fitting of each flow control valve. Remove the collecting vessel rack, and replace the cover. Close all control valves on the manifold cover. [Pg.366]

Add 0.5-0.75 in of anhydrous sodium sulfate to the head of a 6-mL silica disposable column to ensure removal of any residual water, and attach a 15-mL reservoir to the top of each column. Place the desired number of silica cleanup columns into the female Luer receptacles on the cover. Turn the vacuum on at the source, and set the vacuum to about 10 inHg. Wash each column with isooctane. If the column goes dry, add an additional 10 mL of isooctane. When the solvent in the column reaches the top of the packing bed, turn the flow control valve fully off. [Pg.366]

Pre-column HPLC Alter, ulAa-low dead volume, 0.5- im frit (Upchurch, A-318) Cartridge adapters, SPE (University Research Glass, Cat. No. URG-2440-SPECA) Stopcocks (plasAc), Luer Lock (Varian, 1213-1005)... [Pg.511]

HPLC, ConstaMetric 3500 MS and ConstaMetric 3200 MS Mass spectrometer, TSQ 7000 with atmospheric pressure ionization (API) electrospray interface Robotcoupe, Model RSI 25 Syringes, Luer lock, 10-mL... [Pg.1259]

Takami S., Luer C. and Graziadei P. (1994). Microscopic structure of the olfactory organ of the Cleamose Skate, Raja eglanteria. Anat Embryol (Berl) 190, 211-230. [Pg.251]

Walsh, C.J., Luer, C. A., and Noyes, D.R., Effects of environmental stressors on lymphocyte proliferation in Florida manatees, Trichecus manatus latirostris, Vet. Immunol. Immuno-pathol., 103, 247, 2005. [Pg.419]

ADAPTER INJECTION-ASPIRATION SITE MALE LUER REUSABLE STERILE200S 6515010701497 PG 79.96 ... [Pg.404]

NEEDLE HYPOC12GP 22GA 1.50" LG LUER LOCK PLASTIC HUB STER 100S 6515011727650 PG 4.36 ... [Pg.411]

NEEDLE HYPO C13A GP 1SGA 1.433-1,562" LG LUER LOCK REG STER 100S 6515007542834 PG 6.63 ... [Pg.411]

NEEDLE HYPO C13AGP20GA 1.433-1,562 LG LUER LOCK REG STER 10QS 6515007542836 PG 6.17 ... [Pg.411]

NEEDLE HYPO C13A GP25GA. 57S-.672" LG LUER LOCK STER DISP 100S 6515006555751 PG 3.75 ... [Pg.411]

NEEDLE HYPO C20A SPINAL 22GA 3.375-3,625" LG LUER LOCK REG 25S 6515011039996 PG 30.36 ... [Pg.411]

NEEDLE HYPO C2QA SPINAL 25GAX3.375-3.625 LG LUER LOCK HUB REG25S 6515011039995 PG 28,69 ... [Pg.411]

STOPCOCK IV THERAPY 3-WAY 20-30"LG W/MALE LUER CONNECTOR STER50S 6515008648864 PG 93.98 ... [Pg.415]

SYRINGE HYPO 10/12ML CAPACITY LUER LOCK CONCENTRICT1P DISP 100S 6515011680108 PG 114.75 ... [Pg.415]

SYRINGE HYPODERMIC GP 30ML CAPACITY LUER LOCK TIP STER DISP 25S 6515011656742 PG 14.47 ... [Pg.415]

SYRINGE HYPODERMIC GP3ML CAP LUER LOCK TIP PLAS STER DISP 100S 6515004627348 PG 6.66 ... [Pg.415]

Corning Drierite Fisher-Johns Luer-Lok Corning Glass Works, Corning, New York W. A. Hammond Drierite Company, Xenia, Ohio Fisher Scientific Company, Pittsburgh, Pennsylvania Becton, Dickinson and Company, Rutherford, New Jersey... [Pg.334]

Available from Argonaut Technologies. Reagent additions were carried out through the luer ports on the upper manifold to maintain an anhydrous atmosphere during the reaction sequence. The chemistry described is very robust and can be carried out in any suitable solid phase reactor. [Pg.117]

See other pages where Luers is mentioned: [Pg.105]    [Pg.98]    [Pg.632]    [Pg.108]    [Pg.838]    [Pg.838]    [Pg.843]    [Pg.201]    [Pg.201]    [Pg.93]    [Pg.408]    [Pg.423]    [Pg.1113]    [Pg.1260]    [Pg.897]    [Pg.323]    [Pg.206]    [Pg.28]    [Pg.214]    [Pg.81]    [Pg.144]    [Pg.26]    [Pg.221]    [Pg.222]    [Pg.467]    [Pg.314]    [Pg.50]    [Pg.372]   
See also in sourсe #XX -- [ Pg.233 ]



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