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Related tags: breast cells, cells work, electric eel, electric eels, energy conversion efficiency, generating electricity, lavan, medical implants, potential power, tumour cells

  1. Artificial cells capable of powering medical implants designed

    thaindian.com » Thaindian News - Oct 10, 2008

    Washington, Oct 10 (ANI): Yale University researchers have designed a blueprint for artificial cells that are more powerful and efficient than the natural cells they mimic - and may soon be used for powering of tiny

    Also tagged: national, eel, yale university, energy production, chemical energy, medical implants, power source, ion channels, national institute of standards and technology, cells work, electric eel, university researchers, generating electricity, chemical engineering, artificial cells, electric eels, national institute of standards, energy conversion efficiency, potential power, electrical devices

  2. Synthetic cells could power medical implants

    thaindian.com » Thaindian News - Oct 10, 2008

    Washington, Oct 10 (IANS) Researchers have created a blueprint for synthetic cells that mimic their natural counterparts but are more powerful and efficient, possibly opening the way to power tiny medical implants. The

    Also tagged: world, medical implants, cells work, electric eel, generating electricity, electric eels, lavan, energy conversion efficiency, natural counterparts, potential power

  3. Egg whites offer 3-D tool to study cell growth

    thaindian.com » Thaindian News - Oct 8, 2008

    Washington, October 8 (ANI): A team of American researchers has achieved a breakthrough in using chicken egg whites to grow both normal and tumour cells in three-dimensions. Research leader Dr. Steffi Oesterreich

    Also tagged: national, egg whites, baylor college of medicine, national cancer institute, college of medicine, chicken egg, sue smith, american researchers, research leader, tumour cells, breast cells, baby chick, biotechniques, breast center, cell culture systems, cellular research, egg shell, mammary gland, protein work, tumor microenvironment