jueves, 31 de marzo de 2016

MercatorNet: How lifestyle diversity contributes to inequality





How lifestyle diversity contributes to inequality

There's more than economics at play in poverty.
Michael Jindra | Mar 31 2016 | comment 0 Comments 
    




















There’s been lots of discussion about inequality in recent years, but the favored analyses (e.g. Thomas Piketty’s Capital in the Twenty-First Century) maintain a narrow focus on economics. They usually shy away from a trend that likely means that inequality will continue to worsen: family lifestyles are becoming more diverse.



On one end of the spectrum, there is a high-intensity, success-oriented culture in which parents work hard and pay close attention to children’s academic prowess. This sector of society has become increasingly competitive, forming pockets that cluster in suburbs and around high-quality schools.



On the other end, scattered throughout the country, but especially in the inner city, scattered rural areas, and on Indian reservations, there are concentrations of families (often single-parent) who work part-time or not at all, in low-paying jobs, beset by high debt and tempted by opioids. Their children struggle in school and suffer poor health, and compared to their upper-income peers, they spend more time with diversions such as watching television, and less time reading and doing other educational activities. These differences have lasting effects on children’s performance at school and, eventually, in the labor market.



The troubling aspect of this situation is that both of these groups are getting larger, and problems arise in both situations. Others have written in detail about this division, most famously political scientists Robert Putnam and Charles Murray. Both are very insightful, but both also have weaknesses. In Our Kids: The American Dream in Crisis, Putnam plays down the role of cultural and lifestyle changes in rising inequality in favor of economic changes. Murray, in Coming Apart: The State of White America, 1960-2010, is better on the cultural issues, but neglects how a consumer-oriented capitalist society can erode the work ethic of some, make work an obsession for others, and also hurt civic behavior (which Putnam talked about more in his earlier book Bowling Alone).



The effect of consumerism



Examining Americans’ diverse lifestyles and how they are changing will be crucial to understanding issues such as inequality. To do this, we need to look both at production/work and consumption/leisure. Usually inequality scholars focus single-mindedly on the former, and leave out the latter, thus missing at least half of the story, which I will attempt to tell briefly here. Consumer options exploded over the course of the twentieth century, as the electronic and entertainment revolutions presented people from all walks of life with an array of new ways to spend their money and time. Television, for instance, stimulated the strongest shift in time use over the past century.



Low-income groups spend more time consuming media in general (TV, video games, music, social media, etc.) than other groups. Because of this, sometimes attempts to address inequalities backfire, as when providing lower-income families with computers actually hurt children’s test scores, since they became a distraction used most often for gaming, according to recent research. Likewise, I fear the oncoming diffusion of virtual reality technology because for many it will simply provide a more immersive (and thus habit-forming) way to waste time. Obviously, these technological innovations offer benefits, from health to jobs to personal enrichment, but they also provide easy and tempting access to online gambling, time-eating gaming, and other potential addictions such as porn.



Similarly, new consumer options in the world of finance, such as payday loans and easy mortgages, can lead lower-income people in particular into bigger financial holes or foreclosures. Interventions such as new consumer finance laws and regulations have helped address these problems; however, people also need personal help in dealing with the complexity of the financial system and in building adequate savings. Americans struggle to build wealth for retirement not only because of economic changes, but also because the cultural and consuming environments lend themselves to excess. They continually test good saving and spending habits; resisting them takes a high level of self-control.



The work-production divide



Turning from consumption to production, the work lifestyles of Americans have also diverged. More career options are available overall, but there are fewer well-paid blue-collar jobs, which has contributed to declining work participation rates, especially among men. Yet we can’t just look at jobs from a macro perspective. We also need to understand the lives of people, many of whom find it hard to adjust to an increasingly complex work world that requires not just more technical skills, but better soft skills such as a particular interactive or communicative manner or habits of emotional control and flexibility. Employers trying to fill well-paying trade jobs go begging, partly because these positions often require clean driving and criminal records. Perhaps as a result of such factors, rather than committing themselves to unfulfilling full-time jobs, some Americans pursue other ideals, such as “leisure careers” (e.g. hobbies or sports), or the excitement of “edgework,” or stick with part-time or flexible temp work (such as Uber driving).



At the same time that some Americans spend most of their time on various leisure and consumption activities, others become “occupational devotees,” wedded to their jobs and careers, from which they get their identity and sense of meaning. The same typically well-educated, high-income adults may intensively focus on their kids’ success. They sign the kids up for enrichment activities, get them into the right schools, and overall put their kids under a great deal of pressure to succeed (think “Tiger Moms”).



All of this hard work and success, however, comes with a cost. A raft of reports describe stressed-out kids, tempted to cheat, taking medication, and dealing with depression, angst, and insomnia as they juggle advanced-placement classes and cram in extracurriculars to get into the college of their choice. In suburban areas from Boston and DC to Chicago and San Francisco, stress leading to suicide clusters has shocked parents and school officials; many are pushing schools to scale back on the homework and urging parents to rein in the pressure they put on kids.



The trend toward lifestyle diversity will only get more intense as technology and individualism increasingly give us the ability to go off in different directions (and, generally, take our kids along with us). Some Americans are devoted to their careers and accumulating wealth, with others focusing more on families, leisure, traveling, or other pursuits. This is not always bad, of course, as when “downshifters” give up on stressful high-octane careers to live more simply and focus more on family or charitable activities. Still others have few options, being stuck in poverty with few prospects to get out.



Political and economic forces get the bulk of attention from scholars and commentators, but for those hoping to reduce inequality, the bigger challenge will come from lifestyle changes that cannot be controlled easily by public policy.



Michael Jindra is an anthropologist at the University of Notre Dame and is writing a book on the relationship between diversity and inequality. This article is republished with permission from the Institute for Family StudiesRead the original article.
- See more at: http://www.mercatornet.com/articles/view/how-lifestyle-diversity-contributes-to-inequality/17833#sthash.RAJ5NGMr.dpuf









MercatorNet



This morning a man in a van delivered a package to my door; this time next year my internet order might arrive by drone. If you find this difficult to imagine, read Karl Stephan’s account of what is happening on the unmanned flying objects front. It certainly is one way to reduce road traffic madness, although when the likes of Amazon and Wal-Mart get going, the space above our heads could become quite menacing.



However, drones seem innocent and even tame beside another technological trend – the bodyhacking that Heather Zeiger describes. They may be just a weird little group so far – numbering hundreds rather than thousands, to judge by a recent conference – but the fact that there is anyone at all implanting things like lightbulbs or cameras in their body is disturbing.
Putting a pacemaker into someone’s heart to keep them alive is assisting a natural function; but sticking bits of hardware into the body to make it do things it was never meant to do is an offence against nature and a form of madness, in my opinion. Then again, if a surgeon is praised for reshaping a male body into a female look-alike, why should we look askance at a “grinder”? Evidently, it's all about identity.


Carolyn Moynihan

Deputy Editor,

MERCATORNET



Bodyhackers: the rebel-punk Transhumanists



Heather Zeiger | FEATURES | 31 March 2016
The body as a home improvement project.



Read more...
Drone Delivers to Doorstep: What Next?



Karl D. Stephan | FEATURES | 31 March 2016
The rapid advance of commercial drone technology.



Read more...
How lifestyle diversity contributes to inequality



Michael Jindra | FEATURES | 31 March 2016
There's more than economics at play in poverty.



Read more...
The LRA’s inexplicable resurgence



Mathew Otieno | HARAMBEE | 31 March 2016
Kony is only part of the problem.



Read more...
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MercatorNet: Bodyhackers: the rebel-punk Transhumanists

MercatorNet: Bodyhackers: the rebel-punk Transhumanists







Bodyhackers: the rebel-punk Transhumanists

The body as a home improvement project.
Heather Zeiger | Mar 31 2016 | comment 1 
    





Neil Harbisson, born colour blind, has a camera implanted in the back of his head,
which he says allows him to listen to colors. Image: QUT Media via Mashable
In case you missed it, this past February the 2016 Bodyhacking Conference met in Austin, Texas. NPR's report on the conference highlighted some of the exhibits including one where attendees could get an RFID chip inserted into their hands that they can use to unlock their cell phones.

While the thought of having someone slice into your hand at a conference booth may sound a bit unsafe and perhaps unsanitary, this is par for the course for a group of bodyhackers that refer to themselves as Grinders. Grinders are a fringe segment of the transhumanist movement that is gaining more followers.

What is bodyhacking?

NPR defined bodyhackers as people who push the boundaries of implantable technology to improve the human body, but bodyhacking is more than that. Within the bodyhacking community there are the academic eccentrics and the DIY basement experimenters.  There is an entire culture built around the philosophy of the DIY bodyhackers. It is an identity and a community. These DIY bodyhackers, or Grinders, are the rebel-punk arm of the transhumanist movement.

The name Grinder comes from video game lingo. In role-playing games a player can engage his character in repetitive, often mundane, tasks to build up his character’s stats. It’s a controversial thing among gamers. Some think it is a hack or a brute-force way to improve your character that circumvents the way the game was meant to be played. Others think it is rightly taking advantage of an element of the game. In this sense, the name is fitting for the fringe group of bodyhackers.

According to Rich Lee, a well-known Grinder who has been interviewed by The Guardian and made headlines after surgically implanting headphones into his ears, bodyhackers are aligned with the philosophy of transhumanism but are less interested in discussions about the singularity, uploading your brain, or building nanobots.

He and his fellow Grinders are interested in what they can do in the here and now. He thinks bodyhacking should not be confined to a laboratory setting where only biologists can experiment with the edges of technological integration with the body. It can be done at the kitchen table in self-experiments with make-shift self-surgery.  If you have the stomach for at-home self-surgery, there are several how-to videos online.

Bodyhacking as therapy, enhancement, and integration

Bodyhackers have varying motivations. Some are looking for ways to fix a problem, others seek enhancement, while still others want to integrate themselves with their environment.

Many types of bodyhacking, including those that are therapies approved by the US Food and Drug Administration, are designed to alleviate a disability. Grandma’s pacemaker was inserted to keep her heart pumping. Neil Harbisson had a camera implanted in his head so that he could hear color. He is otherwise color blind. Lee, after becoming legally blind in one eye, tried implanting headphones in his tragus to see if he could use acoustics as a way to “see” where things were. Kevin Warwick famously had an electrode integrated with his nerves in his arm as part of a project to help people with spinal cord injuries. Some Parkinson’s patients have an electrode implanted in their brain to stave off debilitating tremors. These are all therapeutic uses of bodyhacking in which technology is integrated into the body as a way to restore a lost function.

However, yesterday’s therapy is often tomorrow’s enhancement. Some people are interested in bodyhacking as a way to gain additional sensory perceptions. A Grinder who goes by the name Lepht Anonym makes online how-to videos for people interested in learning DIY bodyhacking surgery. She has inserted neodymium magnets under her fingertips that allow her to feel when she is near an electromagnetic field, such as around power cords or electronic devices. For her, the implants have become another sense, and when one of her implants stopped working, she said it felt like going blind. Her next project is to see if she can make a sensitive enough implant so that she can sense magnetic north. She and other Grinders do not just want to fix what is wrong; they want superpowers.

Bodyhackers of both the Grinder variety and the more academic types see themselves as cyborgs. Beyond bodily enhancement, they seek to technologically integrate themselves with their environment. At the recent Conference, Tim Cannon, co-founder of Wetware, inserted a device into his arm that monitors his temperature and blood pressure. The idea was to connect it to his thermostat so that it would adjust based on his personal biometrics. It would also send him a text if he had a fever. Kevin Warwick was the first to implant an RFID chip in his arm which allowed him to open doors and turn on lights.

Bodyhacking: a religion or self-mutilation?

It is hard to miss the religious language built into the transhumanist movement. Grinders, too, have metaphysical reasons for what they do. Theirs is a community of people who are interested in overcoming the limitations of this world.

Lee is forthright in his interview with Zoltan Istvan that he was attracted to transhumanism and biohacking because they filled an existential void left when he became an atheist. He had grown up in a kind of apocalyptic cult where the future was unimportant compared to the imminent rapture. He later realized that people had been predicting the end of the world for years and left his faith. For him, science and technology offered a tangible alternative to all of the things religion had promised.

He became interested in biohacking when he had a similar crisis of faith in regards to science. He realized that, much like the claims of the coming end times, science made grandiose promises that did not always come to fruition. He wanted more than promises. He wanted something practical in the here-and-now. So he became a Grinder.

Trevor Goodman, writing on the Bodyhacker Conference blog, emphasizes the community and self-actualization aspect of bodyhacking:

“All of them are trying to improve themselves, actively pursuing what they believe to be their own, personal, ideal self. The shared experience of BDYHAX could hold the keys to furthering both the bodyhacking movement and many, unique personal journeys.”

While bodyhacking is a metaphysical endeavor for some, others are merely interested in the novelty. For them, it is a way to stand out. Many Grinders already engage in other forms of body modification like tattoos and piercings. Ryan O’Shea was also in attendance at the Bodyhacking Conference in Austin. He and Tim Cannon co-own Grindhouse Wetware, which made headlines for posting an internet video that shows a guy getting LED lights inserted under his skin. The lights glow an eerie red color under the skin. In this sense, bodyhacking is more like another form of body modification than a way to enhance abilities. It is novelty for novelty’s sake.

Carl Elliot, in his book Better than Well, discusses body modification as a way to create identity. It is its own subculture where if someone isn’t born “freaky or strange” body modification is a way to stigmatize oneself. These modifications are done for shock value and as a way to be different or stand out.

Transhumanists dream of “The Singularity”, when artificial intelligence becomes more powerful than human intelligence and humans can become one with the internet. It’s a kind of post-religious salvation, redeeming us from our limitations. But it’s quite speculative. Grinders elevate technology to a similar salvific role but prefer to operate in the here-and-now with technologies that are actually available today. As Rich Lee summed it up:

There exists a small group of passionate grinders and biohackers who, despite having limited resources and few evangelists, tinker, test, and collaborate on a daily basis because they see transhumanism as a noble cause and a method to uplift mankind and that they have ambitious ideas for achieving this using affordable and existing technology they believe may change the world.

Heather Zeiger is a freelance science writer with advanced degrees in chemistry and bioethics. She writes on the intersection of science, culture, and technology.
- See more at: http://www.mercatornet.com/articles/view/bodyhackers-the-rebel-punk-transhumanists/17835#sthash.s3lp2NgU.dpuf









MercatorNet



This morning a man in a van delivered a package to my door; this time next year my internet order might arrive by drone. If you find this difficult to imagine, read Karl Stephan’s account of what is happening on the unmanned flying objects front. It certainly is one way to reduce road traffic madness, although when the likes of Amazon and Wal-Mart get going, the space above our heads could become quite menacing.
However, drones seem innocent and even tame beside another technological trend – the bodyhacking that Heather Zeiger describes. They may be just a weird little group so far – numbering hundreds rather than thousands, to judge by a recent conference – but the fact that there is anyone at all implanting things like lightbulbs or cameras in their body is disturbing.
Putting a pacemaker into someone’s heart to keep them alive is assisting a natural function; but sticking bits of hardware into the body to make it do things it was never meant to do is an offence against nature and a form of madness, in my opinion. Then again, if a surgeon is praised for reshaping a male body into a female look-alike, why should we look askance at a “grinder”? Evidently, it's all about identity.


Carolyn Moynihan
Deputy Editor,
MERCATORNET

Bodyhackers: the rebel-punk Transhumanists
Heather Zeiger | FEATURES | 31 March 2016
The body as a home improvement project.
Read more...
 
Drone Delivers to Doorstep: What Next?
Karl D. Stephan | FEATURES | 31 March 2016
The rapid advance of commercial drone technology.
Read more...
 
How lifestyle diversity contributes to inequality
Michael Jindra | FEATURES | 31 March 2016
There's more than economics at play in poverty.
Read more...
 
The LRA’s inexplicable resurgence
Mathew Otieno | HARAMBEE | 31 March 2016
Kony is only part of the problem.
Read more...
MERCATORNET | New Media Foundation
Suite 12A, Level 2, 5 George Street, North Strathfied NSW 2137, Australia

Designed by elleston

New Media Foundation | Suite 12A, Level 2, 5 George St | North Strathfield NSW 2137 | AUSTRALIA | +61 2 8005 8605 

Vision assessment important to TBI Care

Vision assessment important to TBI Care



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Vision assessment important to TBI Care

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Nootropics on your mind?

Many dietary supplement products are marketed as nootropics. While some products contain vitamins, minerals, and plant-based ingredients, others contain drugs that are not legal dietary supplement ingredients. Read More ...

Stem Cells Update

Stem Cells Update

MedlinePlus



Stem Cells Update

New on the MedlinePlus Stem Cells page:
03/29/2016 09:14 AM EDT

Source: International Society for Stem Cell Research
03/29/2016 09:14 AM EDT

Source: Centers for Disease Control and Prevention
03/29/2016 09:14 AM EDT

Source: International Society for Stem Cell Research
03/29/2016 09:14 AM EDT

Source: International Society for Stem Cell Research

HIV/AIDS Update -Correction:Truvada (emtricitabine/tenofovir disoproxil fumarate) pediatric labeling expanded

HIV email Masthead
This message corrects an error in the introductory paragraph of Friday's HIV Email Update. The introductory sentence indicated the updated label expanded the indication to include pediatric patients weighing at least 12 kilograms.  It should read "17 kilograms," as correctly reflected in the remainder of the original message.  
The complete, corrected version appears below...
The Truvada (emtricitabine/tenofovir disoproxil fumarate) tablet label was recently updated to expand the indication to include pediatric patients weighing at least 17 kilograms and the addition of the following strength tablets (100/150 mg, 133/200 mg and 167/250 mg). Below is a summary of the changes.
DOSAGE AND ADMINISTRATION
Recommended Dose for Treatment of HIV-1 Infection in Pediatric Patients Weighing at Least 17kg or More and Able to Swallow a Whole Tablet
 The recommended oral dose for pediatric patients weighing greater than or equal to 17 kg and who are able to swallow a whole tablet, is one TRUVADA low strength tablet (emtricitabine [FTC]/tenofovir disoproxil fumarate [TDF]) (167 mg/250 mg, 133 mg/200 mg, or 100 mg/150 mg based on body weight) taken orally once daily with or without food.
The recommended oral dosage of TRUVADA low strength tablets is presented in Table 1. Weight should be monitored periodically and the TRUVADA dose adjusted accordingly.
 Table 1   Dosing for Pediatric Patients Weighing 17 kg to less than 35 kg using TRUVADA Low Strength Tablets
Body Weight (kg)Dosing of
FTC (mg)/TDF (mg)
     17 to less than 22          one 100/150 tablet once daily     
     22 to less than 28     one 133/200 tablet once daily
     28 to less than 35     one 167/250 tablet once daily

DOSAGE FORMS AND STRENGTHS
TRUVADA tablets are available in three new dose strengths:
  • Tablet: 100 mg of emtricitabine and 150 mg of tenofovir disoproxil fumarate (equivalent to 123 mg of tenofovir disoproxil): blue, oval-shaped, film-coated, debossed with “GSI” on one side and with “703” on the other side.
  • Tablet: 133 mg of emtricitabine and 200 mg of tenofovir disoproxil fumarate (equivalent to 163 mg of tenofovir disoproxil): blue, rectangular-shaped, film-coated, debossed with “GSI” on one side and with “704” on the other side.
  • Tablet: 167 mg of emtricitabine and 250 mg of tenofovir disoproxil fumarate (equivalent to 204 mg of tenofovir disoproxil): blue, modified capsule-shaped, film-coated, debossed with “GSI” on one side and with “705” on the other side.
ADVERSE REACTIONS
Tenofovir Disoproxil Fumarate: In pediatric clinical trials (Studies 352 and 321) conducted in 184 HIV-1 infected subjects 2 to less than 18 years of age, the adverse reactions observed in pediatric subjects who received treatment with VIREAD were consistent with those observed in clinical trials of VIREAD in adults.
Eighty-nine pediatric subjects (2 to less than 12 years of age) received VIREAD in Study 352 for a median exposure of 104 weeks. Of these, 4 subjects discontinued from the trial due to adverse reactions consistent with proximal renal tubulopathy. Three of these 4 subjects presented with hypophosphatemia and also had decreases in total body or spine BMD Z score [See Warnings and Precautions (5.5)]. For additional information, please consult the VIREAD prescribing information.
Pediatric Use
No pediatric clinical trial was conducted to evaluate the safety and efficacy of TRUVADA. Data from previously conducted trials with the individual drug products, EMTRIVA and VIREAD, were relied upon to support dosing recommendations for TRUVADA. For additional information, please consult the prescribing information for EMTRIVA and VIREAD.
TRUVADA should only be administered to HIV-1 infected pediatric patients with body weight greater than or equal to 17 kg and who are able to swallow a whole tablet. Because it is a fixed-dose combination tablet, TRUVADA cannot be adjusted for patients of lower weight [See Warnings and Precautions (5.5), Adverse Reactions (6.1) and Clinical Pharmacology (12.3)]. TRUVADA has not been evaluated for use in pediatric patients weighing less than 17 kg.
Pharmacokinetics
Pediatric Patients
The pharmacokinetic data for tenofovir and emtricitabine following administration of TRUVADA in pediatric subjects weighing 17 kg and above are not available. The dosing recommendations of TRUVADA in this population are based on the dosing recommendations of EMTRIVA and VIREAD in this population. Refer to the EMTRIVA and VIREAD prescribing information for pharmacokinetic information on the individual products in pediatric patients.
Truvada is a product of Gilead Sciences, Inc.
If you are interested in receiving information about a broader range of FDA topics, consider subscribing to the FDA Patient Network News, a twice monthly newsletter containing FDA-related information on a variety of topics, including new product approvals, significant labeling changes, safety warnings, notices of upcoming public meetings, proposed regulatory guidances and opportunity to comment, and other information of interest to patients and patient advocates.

The Women Who Came Before Us

Dept. of Health & Human Services
By: Mary K. Wakefield, Ph.D., RN, HHS Acting Deputy Secretary
Women’s History Month gives us an opportunity to reflect on the countless women who built this nation – women who pioneered advances in health and medicine, fought for equal voting rights, defended our nation, and charted the course to a brighter future for our children. Our country is stronger because they worked so hard to overcome the barriers before them.
Our government is stronger because of their service as well. That’s why I wanted to use this celebration to reflect on just a few of the many prominent women, in each branch, who have paved the way for those of us who serve the American people today.
READ MORE: The Women Who Came Before Us

A Time for Women and Girls to Discover Their Greatness (OMH Director's Blog)

A Time for Women and Girls to Discover Their Greatness (OMH Director's Blog)



Office of Minority Health

J Nadine Gracia



From the Director: A Time for Women and Girls to Discover Their Greatness

America is often described as the land of opportunity because of the untold possibilities that await those who seek its treasures. Women’s History Month in March is an opportune time for all women to awaken and pursue their highest potential. 

And there are great examples that line the path of our nation’s history, from a woman who discovered a new medical breakthrough to one who motivated a classroom of students to press on toward success, to the mother who worked tirelessly to care for her family. Read more on the Blog for Health Equity.