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Products - Microarray Buffers & Solutions - Microarray Pin Cleaning Solution to Restore Capillarity to Arrayit Microarray Pins for Microarray Manufacturing by Contact Printing
Arrayit offers the world’s most advanced cleaning solution, ideal for microarray spotting pins and other microarray hardware components. Micro Cleaning Solution is provided as a 20X concentrate and ideal for ultrasonic and megasonic cleaning applications.
NOTE: This product is included in our Pin and Printhead Cleaning Kit.
Table of Contents
Congratulations on taking a big step towards improving your microarray research. This booklet contains complete protocols outlining the steps required to use Arrayit Micro Cleaning Solution.
Arrayit assures the performance of this Arrayit product. The highest levels of scientific research and innovation were used to develop this cleaning reagent.
Arrayit provides the world’s best cleaning solution for microarray spotting pins and other high-precision instruments. Users will appreciate the following features:
Figure 1. Micro Cleaning Solution at 1X concentration reduces surface tension and enhances cavitation for superior microarray pin cleaning at the molecular and atomic levels. Acoustic waves (arrows) formed by a sonic transducer produce cavitation bubbles (red spheres) that deliver the cleaning force to pins and other types of microarray hardware. See our Pin and Printhead Cleaning Kit for more information.
Short Protocol (steps 1-7)
1. Prepare 1 liter of 1X Micro Cleaning Solution.
2. Place 1X Micro Cleaning Solution in sonicator.
3. Place microarray pins or other hardware into sonicator.
4. Sonicate for 10 minutes.
5. Rinse exhaustively with tap water.
6. Sonicate for 5 minutes in dH2O to remove residual Micro Cleaning Solution.
7. Dry pins with Microarray Air Jet.
Complete Protocol (steps 1-7)
1. Prepare 1 liter of 1X Micro Cleaning Solution. Measure 50 ml of 20X Micro Cleaning Solution (MCS) and add 950 ml dH2O to make 1 liter of 1X MCS (Fig. 2). Mix well before use.
2. Place 1X Micro Cleaning Solution in sonicator. Transfer 1 liter of 1X MCS into the sonicator. Alternatively, the 1X solution can be used to manually wash microarray instruments and other devices to remove oily residues and other contaminants. After transfer, make sure to wash the beakers and other measuring devices exhaustively with tap water and dH2O to remove MCS and prevent contamination of downstream experiments. MCS contains highly concentrated cleaning agents.
3. Place microarray pins or other hardware into sonicator. The Microarray Pin and Printhead Cleaning Kit has pin holders specifically designed for sonic pin cleaning, and holders should be used to prevent pin damage during the cleaning process. All items for sonic cleaning need to be suspended off the bottom of the sonicator to avoid damage to the sonic transducers and items being cleaned.
4. Sonicate for 10 minutes. Turn on the sonicator and allow sonic cleaning to proceed for 10 minutes. Make sure that the MCS level is correct for the sonicator in use. Larger volumes of 1X MCS can be used for larger sonicators. Never operate a sonic cleaning device without liquid in the “dry” state. Make sure microarray pins and other cleaning hardware remain suspended off the bottom of the instrument for the entire duration of cleaning. After the cleaning step, MCS can be disposed down the drain of a standard laboratory sink. No special disposal requirements are required for this cleaning solution.
5. Rinse exhaustively with tap water. Remove the freshly sonicated pins and pin holder from the sonicator and rinse exhaustively under warm tap water for 5 minutes to remove the Micro Cleaning Solution. Make sure to secure the pins properly to prevent them from dislodging during the rinse step.
6. Sonicate for 5 minutes in dH2O to remove residual Micro Cleaning Solution. After the tap water rinse step, place the pins and pin holder in a second sonicator containing dH2O, and sonicate for 5 minutes. This step removes any residual cleaning agent remaining on the pins or in the pin sample channels. Failure to perform this step will lead to trace Micro Cleaning Solution on the pins, and reduced performance. Two sonicators are much more convenient than using a single sonicator because it avoids the requirement of rinsing the sonicator between the two sonication steps. If a single sonicator is used for both steps, make certain to unplug the electrical cord from the wall outlet, and rinse the sonicator exhaustively with hot tap water before proceeding to the dH2O sonication step.
7. Dry pins with Microarray Air Jet. After the 5-minute sonication step in dH2O, blot the pins or other hardware items dry with a Microarray Cleanroom Wipe to remove most of the dH2O. The pins should then be dried completely using a Microarray Air Jet or an equivalent device that produces a strong stream of air free of particulates, propellants, and oily contaminants. Do not use regular sources of laboratory air to dry microarray pins or other precision implements, as these air sources are heavily contaminated and will impair pin performance.
Figure 2. 1 liter of 1X Micro Cleaning Solution prepared by diluting 50 ml of 20X MCS into 950 ml distilled water.
Micro Cleaning Solution is a powerful cleaning agent that is toxic if ingested. Do not drink this solution. If swallowed, drink two glasses of water and call a physician immediately. Do not induce vomiting. Gloves and safety glasses should be worn at all times when working with Micro Cleaning Solution. In case of contact with eyes, flush eyes with water for 15 minutes and call a physician.
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Arrayit brand products have been scientifically developed and is sold for research purposes. Extreme care and exact attention should be practiced in the use of the materials described herein. All Arrayit brand products are subject to extensive quality control and are guaranteed to perform as described when used properly. Any problems with any Arrayit Brand product should be reported to Arrayit immediately. Arrayit’s liability is limited to the replacement of the product, or a full refund. Any misuse of this product is the full responsibility of the user, and Arrayit makes no warranty or guarantee under such circumstances.
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