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If negative (positive) electrical charges are generated on the pipet tip inner surface, then positive (negative) electrical charges will be generated on the solution nearby the interface.
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To induce additional electrical charges to the solution inside the pipet tip, the electric voltage is applied to the active electrode deposited on the pipet tip outer surface through the voltage source.
His-tagged and GST-tagged proteins were purified on the pipetting robot according to the following protocol.
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Scratch wounds were generated in the cell monolayer using a pipet tip and each wound was photographed at 0 and 24 hours.
Applying negative (positive) voltage to the electrode, the additional positive (negative) electrical charges are induced on the solution inside the pipet tip, as previously explained.
The results indicate that the majority of the power is generated in the interphalangeal (IP) and carpometacarpal (CMC) joints for the pipetting action.
Thus, amplicons generated in the MTB/NTM detection step need to be manually pipetted to a second PCR reaction for assessment of drug susceptibility.
As shown in Fig. 1a, an E-pipet tip is fabricated to control the electrical charge of the dispensed droplet by applying the external electric voltage to the pipet tip outer surface with a generated electric field on the solution inside the pipet tip.
For single-channel recordings, NaCl in the pipet solution was replaced with 150 mM sodium gluconate to generate an outwardly directed Cl– concentration gradient.
A 1 1 ratio of methane to argon gas produces nanoelectrodes with carbon layers on the inner wall of the quartz pipet that blocked the pipet channel and contained a cavity at the tip of the pipet.
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CEO of Professional Science Editing for Scientists @ prosciediting.com