I'm taking a moment away from crafting "Journey To The Center Of The Uterus", my opus on reproduction and culture, to discuss something of equal import - namely, orgasms.

It will shock you to know this, but nearly 50% of British women don't have orgasms. Are they frigid? No, not at all, as my 1999 layover at Heathrow can attest. Science funding is the issue, as we shall see.

As we have discussed in articles like The Science of Orgasms and Would Female Orgasms Kill Men?, (1) orgasms are tricky business but scientists know what they are doing. Fewer scientists means fewer orgasms. Britain is in the throes of a science funding meltdown so the problem for British women will only get worse. With fewer scientists there can be fewer studies on important stuff like this.

What are we talking about?

Titan, which is one-and-a-half times the size of Earth's moon and bigger than either Mercury or Pluto, is one of the most fascinating bodies in the solar system when it comes to exploring environments that may give rise to life.

Scientists have confirmed that it has just gotten more interesting - it has a surface liquid lake in the south polar region. Titan is truly wet. The lake is about 235 kilometers, or 150 miles, long, according to the visual and infrared mapping spectrometer, or VIMS, on NASA's Cassini orbiter, which identifies the chemical composition of objects by the way matter reflects light.

An insect that can dive as deep as 30 meters? Or Neoplea striola, a New England insect that can hibernate underwater all winter long?

Indeed, hundreds of insect species spend much of their time underwater, where food may be more plentiful, but until now scientists were unsure how they breathed.

It's by using a 'bubble' of air they create with their water-repellent skin as an external lung, according to John Bush, associate professor of applied mathematics at MIT, and Morris Flynn, assistant professor of mechanical engineering at the University of Alberta. When submerged these insects trap a thin layer of air on their bodies. These bubbles not only serve as a finite oxygen store, but also allow the insects to absorb oxygen from the surrounding water.

Lovastatin, a drug used to lower cholesterol and help prevent cardiovascular disease, has been shown to improve bone healing in an animal model of neurofibromatosis type 1 (NF1). The research, reported today in BMC Medicine, will be of great interest to NF1 patients and their physicians.

Many NF1 patients suffer from bowing, spontaneous fractures and pseudarthrosis (incomplete healing) of the tibias (shinbones). Mateusz Kolanczyk from Stefan Mundlos' laboratory in the Max Planck Institute for Molecular Genetics, Berlin, led a team that investigated lovastatin's ability to prevent pseudarthrosis in a new animal model of human NF1 disease.

Researchers have discovered new genes linked to schizophrenia, it has been revealed.

In two papers published in Nature today (July 30), scientists identify four mutated gene regions that may hold the key to producing new tailor-made drugs to treat the devastating mental illness.

It is hoped the finds, which are likely to galvanize the field of psychiatric genetics, could also lead to earlier diagnosis of the disorder, which affects around one in every 100 people.

Researchers at Yale School of Medicine have found the brain's appetite center uses fat for fuel by involving oxygen free radicals—molecules associated with aging and neurodegeneration. The findings suggest that antioxidants could play a role in weight control.

The study's lead authors were Sabrina Diano and Tamas Horvath, who are an associate professor and professor, respectively, in the Departments of Obstetrics, Gynecology & Reproductive Sciences and Neurobiology. Horvath is also chair of the Section of Comparative Medicine.

"In contrast to the accepted view, the brain does use fat as fuel," said Horvath. "Our study shows that the minute-by-minute control of appetite is regulated by free radicals, implying that if you interfere with free radicals, you may affect eating and satiety."

It is well-known that Vincent van Gogh often painted over his older works. Experts estimate that about one third of his early paintings conceal other compositions under them.

Using a new technique based on synchrotron radiation induced X-ray fluorescence spectroscopy, an international research team, including members from Delft University of Technology (The Netherlands) and the University of Antwerp (Belgium), has successfully applied this technique for the first time to the painting entitled Patch of Grass by Vincent van Gogh. Behind this painting is a portrait of a woman.

A strain of mice with the natural ability to repair damaged cartilage may one day lead to significant improvements in treatment of human knee, shoulder and hip injuries.

Researchers at Oregon Health & Science University have discovered males from a strain of mice called MRL/MpJ have the innate ability to repair their own knee cartilage. "We think there is something special about these mice," said Jamie Fitzgerald, Ph.D., assistant professor of orthopedics and rehabilitation in the OHSU School of Medicine. "They have the ability to regenerate cartilage."

From nursery rhymes to Shakespearian sonnets, alliteration has always been an important aspect of poetry whether as an interesting aesthetic touch or just as something fun to read. But a recent study suggests that this literary technique is useful not only for poetry but also for memory.

In several experiments, researchers R. Brooke Lea of Macalester College, David N. Rapp of Northwestern University, Andrew Elfenbein and Russell Swinburne Romine of University of Minnesota and Aaron D. Mitchel of the Pennsylvania State University had participants read works of poetry and prose with alliterative sentences to show the importance of repetitive consonants on memory.

Paleontologists in 2005 hailed research that apparently showed that soft, pliable tissues had been recovered from dissolved dinosaur bones, a major finding that would substantially widen the known range of preserved biomolecules. But new research challenges that finding and suggests that the supposed recovered dinosaur tissue is in reality biofilm – or slime.

The original research, published in Science magazine, claimed the discovery of blood vessels and what appeared to be entire cells inside fossil bone of a Tyrannosaurus rex. The scientists had dissolved the bone in acid, leaving behind the blood vessel- and cell-like structures.