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Recently, the paracrine activity of the engineered tissue has been enhanced by using fibrin patches as the cell carrier. Tissue-engineered cardiomyoplasty, using engineered myocardium or cell sheets, was first introduced at the beginning of the millennium 19- 25. 2- 14 However, as progenitor- and stem cell-based tissue engineering technologies continue to evolve, it now appears possible to deposit and retain large numbers of therapeutic cells in close proximity to the region of myocardial tissue damage, and even to replace scar tissue, thus preventing scar bulging and LV dilation, reducing wall stress at the border zone (BZ) of the infarct, improving myocardial bioenergetics, and, finally, remuscularizing the heart. 1 Cardiac progenitor cells (CPCs) that have been transplanted into hearts with MI can repair the damaged myocardium to some degree, despite their low engraftment rates and limited evidence of transdifferentiation into myocardial cells.
#How to import patch on martin mpc pro
Solid Akai Pro design and industry-leading pads ensure it stands up to the daily use you expect it to see.Heart failure often develops as a consequence of the limited endogenous capacity for cardiac regeneration after acute myocardial infarction (MI). MPX16’s compact footprint means it is at home on a tabletop, music stand, lap, tray-table or in your backpack en route to the studio. Samples may be edited from the MPX16's onboard sample processor tuning, pad groups, envelopes, sample trimming, panning, and volume are tweakable right from the MPX16’s top-panel controls. WAV format for seamless playback on the MPX16.
#How to import patch on martin mpc software
With the included Akai Pro MPX File Conversion Utility software (free download), managing computer-based samples and moving them to the SD card is intuitive. Layering wide-ranging sound sources during live and studio performance just got easier. A 5-pin MIDI output lets the MPX16 function as a dynamic pad controller. A 5-pin MIDI input means SD samples may be triggered from any MIDI-enabled gear such as keyboards, pad controllers, synths and electronic drums. The USB connection also provides a pipeline for MIDI data, enabling sample triggering from your DAW or computer-based sequencer. The full-size rear-panel USB port lets you drag & drop samples from your computer and even use the MPX16 as an SD card reader/writer. MPX16’s flexibility goes beyond pad-triggered audio playback and capture. A built-in mic provides immediate sample capture for those times when inspiration strikes a dedicated Record Gain knob ensures you get it right. Use the headphone jack to monitor your captures, or send the audio to a mixer, monitors, a recording interface, etc using the ¼-inch main outs. Onboard editing tools provide sample trimming and pad assignment for immediate synergy into a production or performance. Two ¼-inch (6.3mm) jacks let you connect your studio gear or other sound sources to the MPX16 for sample capture. While the hyper-responsive trigger pads and backlit display make tapping into your sample library a simple task, the integrated audio inputs empower you to add to it. At home in the studio as part of a producer's rig or on stage as a solution for triggering critical sounds, MPX16 is a compact sampling powerhouse. Insert the SD card, assign its contents to any of the MPX16’s pads, and go. With it, musicians, producers and performers can trigger sound samples stored on standard SD or SDHC cards. MPX16 is an advanced sample player with sixteen backlit velocity- and pressure-sensitive pads.
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