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Homophobia linked with psychoticism and dysfunctional personality traits



Gay pride london

People taking part in the annual Pride in London Parade on 27 June

Homophobic attitudes have been linked with psychoticism, a psychological trait present in several severe conditions that can also contribute to heightened states of hostility and anger. Researchers say this is the first time psychological and psychopathological characteristics and the prediction of homophobia have been assessed.

Led by researchers at the University of L’Aquila in Italy, the team asked 551 university students, aged between 15 and 30, to complete several psychometric tests to examine the psychological factors that could correlate with homophobia. Using questionnaires, they assessed homophobia levels, psychopathological symptoms, defence mechanisms and attachment styles.

“Homophobic behaviour and a negative attitude toward homosexuals are prevalent among the population,” they wrote in The Journal of Sexual Medicine. “Despite this, few researchers have investigated the psychologic aspects associated with homophobia, as psychopathologic symptoms, the defensive system, and attachment styles.”

Researchers found that people who scored highly on the psychoticism tests were more likely to have homophobic attitudes. This was also true of those who have immature defence mechanisms – which are the coping techniques helping people reduce anxiety produced by threatening people or uncomfortable situations. People who have immature defence mechanisms tend to be difficult to deal with. Finally people who have a fearful style of attachment, in that they find it difficult to form attachments, were also more predisposed to homophobic attitudes.

In contrast, the findings showed people with depression, neurotic defence mechanisms and a secure style of attachment had a lower risk of being homophobic. “If we suppose that subjects with a high level of psychoticism perceive external reality as a threat and project their anger, for example, against homosexual people, people with depressive traits could direct the anger mainly at themselves,” they suggest.

Concluding, the team say homophobia is a huge social problem involving specific personality features in subjects. They said the findings highlight a “remarkable association between dysfunctional aspects of personality and homophobic attitudes” and that this association could lead to victims of homophobia. “Moreover, our study follows a controversial issue regarding homophobia as a possible mental disorder, and it also discusses the possible clinical implications that cross inevitably into the area of psychiatric epistemology.”

Lead author Emmanuele A Jannini, president of the Italian Society of Andrology and Sexual Medicine, said: “After discussing for centuries if homosexuality is to be considered a disease, for the first time we demonstrated that the real disease to be cured is homophobia, associated with potentially severe psychopathologies.”

 Complete Article HERE!

KinkedKenny, Part 2 — Podcast #110 — 03/25/09

Hey sex fans,

We’re back with my guest, that bad boy of kink photography, Kenny Lee, a.k.a. KinkedKenny. Kenny is also an ardent practitioner of the lifestyle he so skillfully captures in his photography.kenny02

This is Part 2 our chat in this podcast series called Sex EDGE-U-cation.   As you know, this series is all about the world of fetish sex, kink and alternative sexual lifestyles.
If you somehow missed Part 1 of conversation, look for last week’s podcast, #108 on Dr Dick’s PODCAST PAGE.  Or simply use the search function.  Type in podcast #108; don’t forget to include the # sign.

For more of Kinked Kenny, be sure to visit his site HERE!

Kenny and I discuss:

  • The intersection between his personal and professional life.
  • BDSM as both recreation and catharsis.
  • Melding graphics and photography to create new art.
  • Digitally capturing real men playing out their fantasies.
  • His future plans.
  • His sexual heroes.


Today’s Podcast is bought to you by:

Sex EDGE-U-cation with KinkedKenny – Podcast #108 – 03/18/09

Hey sex fans,

Today I have the distinct pleasure of welcoming a true original in the world of erotic photography, Kenny Lee, a.k.a. KinkedKenny.  He is also an ardent practitioner of the lifestyle he so skillfully captures in his art. kenny1

Kenny is my third guest in this new series of podcast interviews I’m doing called Sex EDGE-U-cation.   We’re taking a look at the world of fetish sex, kink and alternative sexual lifestyles.  But Kenny is also my first 2-fer guest, because he comfortably straddles both The Erotic Mind podcast series, that I do on Mondays, and this series I’m doing on Wednesdays. So we will be picking his brain on both topics.

Kenny is first and foremost a photographer, but he is also a storyteller.  He shoots fashion as well as kink, but whatever he shoots you can be sure that it will push the envelope.  His photography can be both exquisitely beautiful and stunningly disturbing.  And often his images are both of these things at the same time.

Besides being a brilliant photographer, he is in his very own element when exploring the world of kink.  Like his photos, Kenny is “Raw, Dark, Twisted and Real”.

Kenny and I discuss:

  • The transition from fashion photographer to kink photographer — InkedKenny to KinkedKenny.
  • Working with real people in the lifestyle and capturing the chemistry between the players.
  • His agenda:  to shake his audience out of their complacently by engaging us in his work.

Be sure to visit KinkedKenny at his website HERE!

Today’s podcast is bought to you by: Dr Dick’s Stockroom.


No, Scientists Have Not Found the ‘Gay Gene’

By Ed Yong

The media is hyping a study that doesn’t do what it says it does.

A woman works with human genetic material at a laboratory in Munich May 23, 2011. On May 25, 2011 the ethic commission of the German lower house of parliament (Bundestag) will discuss about alternative proposals for a new law on the use of preimplantation genetic diagnosis (PGD). Preimplantation genetic diagnosis (Praeimplantationsdiagnostik) is a technique used to identify genetic defects in embryos created through in vitro fertilization (IVF) before pregnancy, which is banned by German legislation.

This week, a team from the University of California, Los Angeles claimed to have found several epigenetic marks—chemical modifications of DNA that don’t change the underlying sequence—that are associated with homosexuality in men. Postdoc Tuck Ngun presented the results yesterday at the American Society of Human Genetics 2015 conference. Nature News were among the first to break the story based on a press release issued by the conference organisersOthers quickly followed suit. “Have They Found The Gay Gene?” said the front page of Metro, a London paper, on Friday morning.

Meanwhile, the mood at the conference has been decidedly less complimentary, with several geneticists criticizing the methods presented in the talk, the validity of the results, and the coverage in the press.

Ngun’s study was based on 37 pairs of identical male twins who were discordant—that is, one twin in each pair was gay, while the other was straight—and 10 pairs who were both gay. He analysed 140,000 regions in the genomes of the twins and looked for methylation marks—chemical Post-It notes that dictate when and where genes are activated. He whittled these down to around 6,000 regions of interest, and then built a computer model that would use data from these regions to classify people based on their sexual orientation.

The best model used just five of the methylation marks, and correctly classified the twins 67 percent of the time. “To our knowledge, this is the first example of a biomarker-based predictive model for sexual orientation,” Ngun wrote in his abstract.

The problems begin with the size of the study, which is tiny. The field of epigenetics is littered with the corpses of statistically underpowered studies like these, which simply lack the numbers to produce reliable, reproducible results.

Unfortunately, the problems don’t end there. The team split their group into two: a “training set” whose data they used to build their algorithm, and a “testing set”, whose data they used to verify it. That’s standard and good practice—exactly what they should have done. But splitting the sample means that the study goes from underpowered to really underpowered.


There’s also another, larger issue. As far as could be judged from the unpublished results presented in the talk, the team used their training set to build several models for classifying their twins, and eventually chose the one with the greatest accuracy when applied to the testing set. That’s a problem because in research like this, there has to be a strict firewall between the training and testing sets; the team broke that firewall by essentially using the testing set to optimise their algorithms.

If you use this strategy, chances are you will find a positive result through random chance alone. Chances are some combination of methylation marks out of the original 6,000 will be significantly linked to sexual orientation, whether they genuinely affect sexual orientation or not. This is a well-known statistical problem that can be at least partly countered by running what’s called a correction for multiple testing. The team didn’t do that. (In an email to The Atlantic, Ngun denies that such a correction was necessary.)And, “like everyone else in the history of epigenetics studies they could not resist trying to interpret the findings mechanistically,” wrote John Greally from the Albert Einstein College of Medicine in a blog post. By which he means: they gave the results an imprimatur of plausibility by noting the roles of the genes affected by the five epi-marks. One is involved in controlling immune genes that have been linked to sexual attraction. Another is involved in moving molecules along neurons. Could epi-marks on these genes influence someone’s sexual attraction? Maybe. It’s also plausible that someone’s sexual orientation influences epi-marks on these genes. Correlation, after all, does not imply causation.

So, ultimately, what we have is an underpowered fishing expedition that used inappropriate statistics and that snagged results which may be false positives. Epigenetics marks may well be involved in sexual orientation. But this study, despite its claims, does not prove that and, as designed, could not have.

In a response to Greally’s post, Ngun admitted that the study was underpowered. “The reality is that we had basically no funding,” he said. “The sample size was not what we wanted. But do I hold out for some impossible ideal or do I work with what I have? I chose the latter.” He also told Nature News that he plans to “replicate the study in a different group of twins and also determine whether the same marks are more common in gay men than in straight men in a large and diverse population.”Great. Replication and verification are the cornerstones of science. But to replicate and verify, you need a sturdy preliminary finding upon which to build and expand—and that’s not the case here. It may seem like the noble choice to work with what you’ve got. But when what you’ve got are the makings of a fatally weak study, of the kind well known to cause problems in a field, it really is an option—perhaps the best option—to not do it at all. (The same could be said for journalists outside the conference choosing to cover the study based on a press release.)As Greally wrote in his post: “It’s not personal about [Ngun] or his colleagues, but we can no longer allow poor epigenetics studies to be given credibility if this field is to survive. By ‘poor,’ I mean uninterpretable.”

“This is only representative of the broader literature,” he told me. “The problems in the field are systematic. We need to change how epigenomics research is performed throughout the community.”

Complete Article HERE!

Some of the Most Incredible Facts About the Human Body


That’s right; most of you isn’t even really you. In fact, between 2 and 6 pounds of your weight is actually just bacteria. Feel free to factor that in next time you’re on a diet.

Scientists have discovered that there are small deposits of magnetite in human brains. While they’re not 100% sure why, a leading theory is that the magnetic crystals aid our sense of direction by drawing upon Earth’s natural magnetic fields. Similar deposits can be found in the brains of homing pigeons, dolphins and bats, who all use magnetic fields to navigate.

The muscle that moves your jaw up and down (called the masseter) exerts more pressure than any other muscle in your body — up to 200 psi on your molars! However, we still wouldn’t recommend trying to chomp through a jawbreaker.

You might not be able to run faster, but you can run farther! Human bodies are perfectly engineered for running long distances, and it’s believed we evolved this way in order to hunt more efficiently. In fact, this type of hunting — called Persistence Hunting — is still practiced by hunter-gatherers in Southern Africa. You can see a video of the process here.

There are a few other primates who can toss objects, but humans are the only animals who excel at accurate, high-momentum throwing. Some scientists argue that our ability to throw is very much responsible for our success as a species, as it gave us a way to kill strong animals from a distance. Today it comes in handy as a way to play fetch with your dog.

That’s right, GOLD! However, it’s only 0.2 milligrams of gold, which by today’s standards will net you…less than a cent. But still. It’s real gold. In fact, there are a lot of valuable chemical elements floating around your body, including Rubidium, Boron and Scandium (all valued at thousands of dollars per kilogram). All together, the chemical elements of an average human body are worth about $160.

Of course you know that your fingerprints are unique but, as it turns out, the shape of your ears is, too! Biometrics developers are working on ways of implementing this knowledge in order to easily identify individual people in crowds from CCTV footage or to take attendance in a classroom. If you’re looking for a way to evade this new technology, we recommend wearing a hat, or maybe investing in some Spock ears.

Both the shape and the pattern of bumps on your tongue are entirely unique to each individual. In fact, both your teeth and the bacteria in your mouth are also unique between people — even identical twins! So the next time someone calls you unoriginal, just stick your tongue out at them and show ’em how special you are!

A baby has over 300 bones at birth, but adults have only 206. So what gives? Did you just lose some bones and not realize it? Nope! Actually, many of the bones in a baby’s body fuse together to create bigger, mega-bones (not a medical term), and that’s how you end up with only 206 in adulthood.

Babies are born exhibiting a number of fascinating reflexes, including the ability to walk on a flat surface (as long as the baby’s body and head are supported). Another baby superpower is called the Palmar Grasp, which allows the baby to grab onto an object with surprising strength. In fact, some babies can even support their own weight (although we don’t advise trying to recreate the picture above).

And speaking of superpowers, here’s a shout out to your liver, which is basically the superhero organ of the human body. Your liver performs over 500 functions, including producing bile and cholesterol, removing bacteria from the bloodstream and — of course — clearing the blood of toxins from drugs and alcohol. Keep that in mind next time you complain about working overtime.


And if that’s not impressive enough for you, it’s recently been discovered that your nose can smell at least 1 trillion scents, making it the most sensitive organ in the body by a large margin. However, I think we can all agree that there are some scents you might be better off forgetting.

It’s called the Mammalian Diving Reflex, and it is seriously one of the coolest things your body is capable of. When you splash cold water on your face, your body thinks it’s going for a swim, and prepares accordingly. First, your heart rate slows down 10-25%. Then the blood vessels in your extremities constrict and send more blood to your lungs. As a result, you use up less oxygen and — if you were swimming — would be able to stay underwater longer.

Maybe the Mammalian Diving Reflex is what the people in face wash commercials are actually demonstrating…

Ounce for ounce, human bones can withstand a lot more pressure than steel. In fact, a cubic inch of human bone could bear a load of 19,000 pounds! Bones are also a lot lighter, less dense and more flexible than steel, which makes them a great material for, you know, supporting your entire body. Steel wins when it comes to building materials, though, because using bones would be a little too spooky.

Like, a lot of saliva. In fact, throughout the course of your lifetime, the amount of saliva you produce could fill the Olympic-size swimming pool pictured above…twice. Maybe even more if you spend a lot of time thinking about Warhead candies.

A single strand of hair can support about 100g (which is equal to about two candy bars). But twisted together, one person’s entire head of hair (consisting of about 150,000 individual strands) could support 12 tons of weight — that’s the weight of 2 elephants!

Not only is hair very strong, it’s also virtually indestructible. Aside from being flammable, hair won’t break due to extreme temperatures, and it’s also resistant to a lot of acids and other corrosive chemicals.

Although hair doesn’t easily break, you still lose between 60 and 100 strands of it every day. Think of how many elephants you could be lifting if you didn’t!

This reflex, known as the Photic Sneeze Reflex, is present in 18-35% of the population, and it causes people to sneeze when exposed to a change in light intensity (such as leaving a dimly lit building on a sunny day). Sneezing can also occur in some people after eating spicy foods, or even when they’re full after eating. This phenomenon is not completely understood, but we’re pretty sure it’s the lamest superpower ever.

While your eyes remain the same size throughout your entire life, your ears and nose will continue growing as you get older. This is partially due to the fact that they are made out of cartilage (rather than bone), but is mostly as a result of gravity. So they’re not actually growing as much as sagging. Regardless, you’ll be able to tell your grandkids “all the better to hear you with,” so that’s pretty cool.

Since fat is essentially an endocrine organ, it needs a supply of blood to function. So, as fat is added to your body, your body in turn constructs blood vessels and capillaries to provide blood to the fat cells. For each pound of fat, your body creates 7 miles of blood vessels, and that means your heart has to work harder to pump blood throughout your body. This is part of the reason why obesity is often linked to heart disease, and is also part of the reason why we’re having a salad for lunch.

Complete Article HERE!

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