Justice Ruth Bader Ginsburg Wants to See Change to Electoral College-News
U.S. Supreme Court Justice Ruth Bader Ginsburg, known for saying some unfiltered things lately, spoke before a packed house near Stanford University on Monday and once again, made some surprising remarks. This time she joined a growing chorus of others who want to see the Electoral College replaced.
As CBS News reports the 83-year-old Justice Ginsburg was sort of at it again last night, speaking on topics from the lack of bipartisanship in Washington, D.C., to the Electoral College to what makes a “meaningful life.”
“You will do something outside yourself, something to repair tears in your community, something to make a little better for people less fortunate,” Ginsburg said, in response to that question.
However, she seems to have learned some lessons about saying everything on her mind after some major flaps last year about Donald Trump and Colin Kaepernick. While those remarks covered very different issues, she said things critical about both men and had to apologize later.
In that sense, Ginsberg ducked questions about recent Trump SCOTUS nominee Neil Gorsuch and also declined to speak about Trump’s controversial executive orders — some of which may ultimately make it to the nation’s highest court.
Nonetheless, Ginsberg was unable to fully avoid making news.
In response to a question from a student about what she would like to see changed in D.C., she replied, “One is the Electoral College.” And the place erupted in cheers, making it almost impossible for Ginsburg to continue her answer further.
She then concluded by saying she “wished she could wave a magic wand” back to a time off less partisanship and more respect among the people and when Congress “was working for the good of the country.”
Ginsberg’s age and past health battles have led some liberal groups to worry about what may happen if she has to resign her lifetime appointment to the bench during Trump’s term.
Source lawnewz.com 2-8-2017
Judge Orders 5-Hour ENERGY to Pay $4.3 million-News
OLYMPIA, Wash. (AP) — A King County judge has ordered the makers of 5-hour ENERGY to pay nearly $4.3 million in penalties and attorneys’ fees for violating the Washington state Consumer Protection Act.
Attorney General Bob Ferguson filed a lawsuit against the companies in 2014 and on Tuesday, Judge Beth Andrus ruled that the companies’ advertising was deceptive.
The companies claimed the energy shots were superior to coffee and said doctors recommend them. They also said their decaffeinated formula provides energy, alertness and focus that would last hours.
Ferguson says the companies broke the law in pursuit of profit, and now they are paying for it.
The judge ordered Living Essentials LLC and Innovation Ventures LLC to pay nearly $2.2 million in civil penalties and an additional $2.1 million in legal fees.
Source lawnewz.com
UW scientists find key cues to regulate bone-building cells - See more at: http://news.wisc.edu/uw-scientists-find-key-cues-to-regulate-bone-building-cells News
The prospect of regenerating bone lost to cancer or trauma is a step closer to the clinic as University of Wisconsin–Madison scientists have identified two proteins found in bone marrow as key regulators of the master cells responsible for making new bone. In a study published online Feb. 2 in the journal Stem Cell Reports, a team of UW–Madison scientists reports that the proteins govern the activity of mesenchymal stem cells — precursor cells found in marrow that make bone and cartilage. The discovery opens the door to devising implants seeded with cells that can replace bone tissue lost to disease or injury. “These are pretty interesting molecules,” explains Wan-Ju Li, a UW–Madison professor of orthopedics and biomedical engineering, of the bone marrow proteins lipocalin-2 and prolactin. “We found that they are critical in regulating the fate of mesenchymal stem cells.” - See more at: http://news.wisc.edu/uw-scientists-find-key-cues-to-regulate-bone-building-cells/#sthash.BQss1i4H.dpuf
Li and Tsung-Lin Tsai, a UW–Madison postdoctoral researcher, scoured donated human bone marrow using high-throughput protein arrays to identify proteins of interest and then determined the activity of mesenchymal stem cells exposed to the proteins in culture. A goal of the study, says Li, is to better understand the bone marrow niche where mesenchymal stem cells reside in the body so that researchers can improve culture conditions for growing the cells in the lab and for therapy. The Wisconsin researchers found that exposing mesenchymal stem cells to a combination of lipocalin-2 and prolactin in culture reduces and slows senescence, the natural process that robs cells of their power to divide and grow. Li says keeping the cells happy and primed outside the body, but reining in their power to grow and make bone tissue until after they are implanted in a patient, is key. - See more at: http://news.wisc.edu/uw-scientists-find-key-cues-to-regulate-bone-building-cells/#sthash.BQss1i4H.dpuf
The ability to precisely manipulate mesenchymal stem cells in the laboratory dish and keep them poised to divide and form bone on cue helps pave the way for using cell-bearing three-dimensional matrices to reconstruct large swaths of bone lost to tumors or major trauma. Because bone has some natural healing properties, things like breaks and fractures can often mend themselves. But when large pieces of bone are lost, clinical intervention is required. “We’re seeking better treatments for bone repair,” says Li, who is affiliated with the UW School of Medicine and Public Health. To engineer the growth of new bone in the body through regenerative medicine first requires generating large amounts of good quality cells in the lab, notes Li. In the body stem cells are rare. But if cell growth, differentiation and quality can be controlled in the lab dish, it may be possible to create stocks of cells for therapeutic applications and prime them for bone regeneration once implanted in a patient. The Wisconsin team successfully tested human cells treated with lipocalin-2 and prolactin to regrow bone by implanting them in mice with a calvarial defect, where part of the skullcap has been surgically removed to model critical-sized bone loss. The discovery opens the door to devising implants seeded with cells that can replace bone tissue lost to disease or injury. The human marrow used in the new Wisconsin study was donated by patients undergoing hip replacement surgery. Thus, a caveat to the study is that the protein factors identified by Li and his colleague came from donors with osteoarthritis. However, Li expressed confidence that the factors from the marrow used in the study would be similar or identical to what occurs in a healthy patient. The new study, says Li, demonstrates a key improvement to the lab culture environment, which seeks to mimic the bone marrow niche where mesenchymal stem cells are found in the body. - See more at: http://news.wisc.edu/uw-scientists-find-key-cues-to-regulate-bone-building-cells/#sthash.BQss1i4H.dpuf
Source news.wisc.edu 2-8-2017
