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- E-cigarette nicotine labels not always accurate
- Drug targeting BRAF mutation slows thyroid cancer, too
- Behavioral activation as effective as CBT for depression, at lower cost
- Mice survive brain cancer tumors lacking key surface proteins
- Similarities unite three distinct gene mutations of Treacher Collins syndrome
- Vaccine strategy induces antibodies that can target multiple influenza viruses
- Plant compounds give '1-2' punch to colon cancer
- Ultrasensitive sensor using N-doped graphene
- Parasite proteins prompt immune system to fight off ovarian tumors in mice
- How rope was made 40,000 years ago
- For whom the births (and worms) toll
- Physicists revisit spin-bowling puzzle: How cricket spin bowlers do it
E-cigarette nicotine labels not always accurate Posted: 22 Jul 2016 06:25 PM PDT A study found that 51 percent of labels on e-cigarette liquid nicotine containers from 16 North Dakota stores don't accurately reflect the levels of nicotine found in the products. In one instance, actual nicotine levels were 172 percent higher than labeled. The majority of e-cigarette liquid containers also did not provide child-resistant packaging. |
Drug targeting BRAF mutation slows thyroid cancer, too Posted: 22 Jul 2016 06:22 PM PDT |
Behavioral activation as effective as CBT for depression, at lower cost Posted: 22 Jul 2016 06:22 PM PDT |
Mice survive brain cancer tumors lacking key surface proteins Posted: 22 Jul 2016 12:45 PM PDT |
Similarities unite three distinct gene mutations of Treacher Collins syndrome Posted: 22 Jul 2016 12:44 PM PDT |
Vaccine strategy induces antibodies that can target multiple influenza viruses Posted: 22 Jul 2016 12:44 PM PDT |
Plant compounds give '1-2' punch to colon cancer Posted: 22 Jul 2016 12:44 PM PDT |
Ultrasensitive sensor using N-doped graphene Posted: 22 Jul 2016 12:44 PM PDT A highly sensitive chemical sensor based on Raman spectroscopy and using nitrogen-doped graphene as a substrate was developed by an international team of researchers. In this case, doping refers to introducing nitrogen atoms into the carbon structure of graphene. This technique can detect trace amounts of molecules in a solution at very low concentrations, some 10,000 times more diluted than can be seen by the naked eye. |
Parasite proteins prompt immune system to fight off ovarian tumors in mice Posted: 22 Jul 2016 12:44 PM PDT |
How rope was made 40,000 years ago Posted: 22 Jul 2016 06:34 AM PDT Rope and twine are critical components in the technology of mobile hunters and gatherers. In exceptional cases impressions of string have been found in fired clay and on rare occasions string was depicted in the contexts of Ice Age art, but on the whole almost nothing is known about string, rope and textiles form the Paleolithic. Researchers have now discovered a tool used to make early rope. |
For whom the births (and worms) toll Posted: 22 Jul 2016 06:29 AM PDT |
Physicists revisit spin-bowling puzzle: How cricket spin bowlers do it Posted: 21 Jul 2016 06:09 PM PDT Spin bowlers in cricket are masters at making the ball loop slowly through the air to confuse batsmen. Legends of the game know the magic combinations of top-spin, side-spin and off-spin necessary to fool the opposition, but some clever calculations by physicists in Australia could help to share this knowledge with a wider audience. |
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