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Patches disposal

Patches are removed from the test subject immediately after the study replicate is completed. The Field Scientist should wear disposable surgical gloves to remove the patches and change gloves often to reduce the chance of cross-contamination of samples. Individual patches are wrapped in aluminum foil prior to placing them in a pre-labeled sealable plastic bag. Combined patches are placed exposed face to face, wrapped in aluminum foil, and stored frozen in sealable plastic bags. Patch samples may be placed in dry-ice in a cooler or directly into a freezer for storage. [Pg.1004]

More subtle factors that might affect k will be the sites structures, their relative orientation and the nature of the intervening medium. That these are important is obvious if one examines the data for the two copper proteins plastocyanin and azurin. Despite very similar separation of the redox sites and the driving force (Table 5.12), the electron transfer rate constant within plastocyanin is very much the lesser (it may be zero). See Prob. 16. In striking contrast, small oxidants are able to attach to surface patches on plastocyanin which are more favorably disposed with respect to electron transfer to and from the Cu, which is about 14 A distant. It can be assessed that internal electron transfer rate constants are =30s for Co(phen)3+, >5 x 10 s for Ru(NH3)jimid and 3.0 x 10 s for Ru(bpy)3 , Refs. 119 and 129. In the last case the excited state Ru(bpy)3 is believed to bind about 10-12 A from the Cu center. Electron transfer occurs both from this remote site as well as by attack of Ru(bpy)j+ adjacent to the Cu site. At high protein concentration, electron transfer occurs solely through the remote pathway. [Pg.287]

FUngal diseases Black, sunken patches on leaves farleft) are caused by the fungal disease downy mildew. Plok off Infeoted leaves and dispose of them Immediately next year, be sure to rotate crops. Leek rust Heft) need not spell disaster for your orops, but In future years, look for leek oultivars that offer some resistance to this fungal Infeotlon. [Pg.239]

Specific considerations for container/closure system components for specialized delivery systems such as metered dose inhalers, dry-powder inhalers, disposable pen injectors, transdermal patches, or other novel dosage forms... [Pg.53]

Skin patches are sometimes used for children for travel sickness or ADHD and occasionally for severe pain. Patches must always be applied by an adult. The disposal of patches is particularly important as there will be some active ingredient in the patch reservoir once it has been removed. [Pg.244]

To dispose of a patch, close the patch in on itself, adhesive to adhesive, and wrap in a bag prior to disposal. With the increase in popular-... [Pg.244]

Following manufacturers instructions, mix Loctite ICHysol Epoxi-Patch Adhesive on a disposable surface. Dispense on either side of the sensor the mixed epoxy and inside the tube ( 2mm) such that the sensor is fixed in place. Place a dab of the epoxy at the far end to fix the wires to the tubing so that no stress is transmitted to the sensor when moving the wires. [Pg.78]

Types of hazardous releases, isolation procedures, diking techniques, initial plugging and patching, and recovery and disposal. [Pg.156]

Figure 7.35 GroEL peptide substrates (a) Basic Amphiphilic (Bamph) peptide, the optimal first round substrate peptide. Hydrophilic residues (red) and hydrophobic residues (green) are disposed for B h to have the ability to form an amphiphilic a-helix in solution (left), considered to be potentially optfmal to interact with exposed hydrophobic residue "patches" in GroEL (coloured regions in GroEL monomer riahti (b) Summary of AMPH and NON-AMPH series peptides with helix forming template (Ro 47-1615) and control template (Ro 47-1614) (right) and proposed amphiphilic (AMPH) (upper left) and non-amphiphilic (NON-AMPH) helical structures (lower left) illustrated (peptide structure illustrations in a) and b) are adapted from Preuss et al., 1999, Fig. 3). Figure 7.35 GroEL peptide substrates (a) Basic Amphiphilic (Bamph) peptide, the optimal first round substrate peptide. Hydrophilic residues (red) and hydrophobic residues (green) are disposed for B h to have the ability to form an amphiphilic a-helix in solution (left), considered to be potentially optfmal to interact with exposed hydrophobic residue "patches" in GroEL (coloured regions in GroEL monomer riahti (b) Summary of AMPH and NON-AMPH series peptides with helix forming template (Ro 47-1615) and control template (Ro 47-1614) (right) and proposed amphiphilic (AMPH) (upper left) and non-amphiphilic (NON-AMPH) helical structures (lower left) illustrated (peptide structure illustrations in a) and b) are adapted from Preuss et al., 1999, Fig. 3).
Protective Clothing. Disposable nuclear coveralls made of 100 percent spunbonded olefin. Cat. 118-125 or 126 (Durafab, Cleburne, Texas 76031), liquid proof poly-D disposable boots. Cat. 038-300, reusable rubber gloves. Cat. 034-005 or 010 (Atomic Products Corporation, P.O. Box 1157, Center Moriches, New York 11934), leather gloves (Wells, Lamont, Sears, Roebuck Co.), 28x30 cm, 100 percent cotton white cloth patches and Model 8714 Acid Gas Respirators (220-7W, 3M Center, St. Paul, Minnesota 55101) were used as protective clothing by harvesters and the applicator. [Pg.280]

The self-adhesive electrodes are patches wired to the patient through conductive flexible adhesive which holds the electrode in place, tightly against the skin. Adhesive electrodes are shown in Figure 14.6. They are disposable and are applied to the chest before the dehvery of shock. Adhesive electrodes are left in place for reuse in case subsequent shocks are needed. Electrodes are usually applied with both electrodes on the anterior chest as shown in Figure 14.7, or in an anterior-to-posterior position, as shown in Figure 14.8. [Pg.225]

Caution should be exercised with the disposal of used lidoderm patches, since about 95% of its lido-caine content could still be found in each used patch. It is therefore imperative to discard used patches after folding them so that the medication side of the patch is covered in order to avoid accidental ingestion by small children or pets. [Pg.291]

One of the most notable drug-delivery methods is the insulin pump using microelectronic circuits and microfluidic MEMS technology. This miniaturized insulin pump can be mounted on a disposal skin patch to provide continuous... [Pg.204]

High grade polymer is being rrsed for biomedical application including woven patches. Id s biodegradable plastics has found applications as a blow moulded bottle, injection moulded caps for hair care products, disposable razors with BIOPOL handle, rubbish bags, disposable nappies, paper plates, and cups coated with thin plastic films made up of BIOPOL, and so om fir 1990 s, Metabolix and Monsanto have been the driving forces for the commercial production of PHA polymers in United States. [Pg.214]


See other pages where Patches disposal is mentioned: [Pg.304]    [Pg.304]    [Pg.1009]    [Pg.163]    [Pg.80]    [Pg.94]    [Pg.511]    [Pg.297]    [Pg.245]    [Pg.170]    [Pg.107]    [Pg.19]    [Pg.21]    [Pg.314]    [Pg.128]    [Pg.109]    [Pg.109]    [Pg.2129]    [Pg.995]    [Pg.89]    [Pg.128]    [Pg.281]    [Pg.299]    [Pg.308]    [Pg.393]    [Pg.252]    [Pg.133]    [Pg.100]    [Pg.477]    [Pg.130]    [Pg.60]    [Pg.238]    [Pg.584]   
See also in sourсe #XX -- [ Pg.244 ]




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