Chief scientist Peter Klinken recognised for work in disease genetics – ABC Online

Posted June 12, 2017 00:16:15

Western Australia's chief scientist Peter Klinken said he was "gobsmacked" when he found he had been made a Companion of the Order of Australia.

Professor Klinken has been recognised for service to medical research and biochemistry through his contributions to understanding the genetics of diseases.

He had also been recognised for promoting science and innovation in WA.

Professor Klinken said the Queen's Birthday honour was unexpected.

"Gobsmacked to be honest, it was just mind-blowing when I got the information. I had to read the letter several times to actually get it to sink in. It is such an honour," he said.

"I didn't go into what I'm doing now with the expectation of receiving accolades, but hopefully what I've done has contributed to the good of our society and I'm just blown away by this honour."

Professor Klinken was born in Singapore, and educated in Perth, where he did a PhD.

He said it was when he went to the United States in the 1980s to do some studies at the National Cancer Institute that he became interested in cancer genetics.

"I spent the vast majority of my scientific career trying to identify these genes that go wrong," he said.

"Working out why they go wrong and how you can try and fix them up in leukaemias and certain cancers."

Professor Klinken said this area of research marked out the achievements he was most proud of.

"Actually identifying that cells, which were apparently committed to one particular function or one job, could actually change their functions change their job description, so to speak," he said.

"At that stage, that was unheard of.

"I was able to introduce a couple of genes into these cells and turn them from what were essentially antibody producing cells into macrophages, which are scavenger cells, and that just broke all the dogma at the time.

"I'm particularly proud of the genes that we've discovered that can go wrong in cases of leukaemias and slowly trying to work out, well, how do they go wrong? What are the steps we can take to try and prevent them from causing cancers and leukaemias?"

After he returned to Perth, Professor Klinken took up a position at RPH, and in 1998 became the director of the WA Institute of Medical Research [later the Harry Perkins Institute of Medical Research].

In 2014, he was asked to be Western Australia's chief scientist.

"It has been a remarkable opportunity, a rare privilege ... to see the breadth and depth and quality of science in Western Australia and play a small role in trying to shape it and explain it to policymakers ... to get them to value science and innovation and how important it is to the state," he said.

"And also to spread the word within the community about how science is such an integral part of our life that we sometimes take it for granted."

Topics: awards-and-prizes, science-awards, perth-6000

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Chief scientist Peter Klinken recognised for work in disease genetics - ABC Online

Road Ahead – Pune Mirror

EXPERT ADVICE ON CAREER CHOICES

I am a science student interested in biology. I want to opt for embryology. What are the entrance exams and which is the best college for this course?

- FARHEEN SIDDIQUI

Embryology is a science of test-tube babies and in vitro fertilization is a specialised fi eld. Postgraduate courses in clinical embryology are available in a few reputed universities and institutes, and they have their own entrance procedure. To be eligible for this course, one should either have a Masters degree in life sciences, zoology, biochemistry, microbiology, applied microbiology, biotechnology, genetics or molecular biology, or an MBBS, BDS or BVSc degree. Potential employers include fertility clinics, universities, hospitals, laboratories, biotechnology fi rms, government organisations and commercial industries.

What career paths can I choose after completing my bachelors in computer science?

- AMIT KULKARNI

If you prepare well for entrance exams like CAT /SNAP/ CMAT and get a good score, you can pursue an MBA from premier institutes. You can also do a postgraduate degree or diploma in mass communication after appearing for the entrance exams. Or, you can go for a three-year law course after graduation, for which you will have to pass the Maharashtra CET. The fourth option is to prepare for competitive exams like UPSC, MPSC, staff selection commission, banking, insurance, defense services and so on.

My daughter is in Class XII (Science). She is very much interested in biology and has an aptitude for the subject. But, she does not like PCM. She will be trying to crack the NEET next year. In case she doesnt fair well, what course should she pursue? Also, are bio-medical engineering and bio-technology engineering related to biology?

- REVATI WAYKAR

Biotechnology engineering and biomedical engineering are engineering branches. Courses in them is possible only through an engineering CET / JEE entrance test. But, if your daughter is not interested in PCM, it seems a remote possibility for her. Both these courses require some biology, but the majority portions are about engineering. If your daughter doesnt get success in NEET, she can do a BSc in pure sciences botany, zoology, microbiology and so on. She can appear for the IIT entrance exam called JAM, through which she can pursue MSc courses in IITs or IISC in biology.

I have scored 60 per cent in my Class XII boards (PCM) and 50 marks in my CET exam. I feel the score is too less for admission to a good engineering college. So, I want to do BBA from a good Pune college instead. Since I was a science student, I didnt fi ll any BBA forms. How can I change my stream now?

- RIA DESHPANDE

BBA and BBA (IB) streams are available after passing Class XII from any stream. You can still fi ll up admission forms for many institutes. But, you will have to opt for MBA after BBA or BBA (IB) to get good career options. For that, you will have to start preparations for MBA entrance exams like CAT / CMAT / SNAP / CET from the 2nd year of BBA. You can also try BCA or BBA (CA), which will get you to the IT Sector.

VIVEK VELANKAR has been a noted career counsellor for over a decade

You can send your questions to punemirrorcampus@gmail.com

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Road Ahead - Pune Mirror

Style anatomy: With Daneese Ali – The Express Tribune

The super-stylish fashionista breaks down her style. Find out all her style secrets and learn the dos and donts

The super-stylish fashionista breaks down her style. Find out all her style secrets and learn the dos and donts in her fashion rulebook

Understanding your body is the key to looking good and a trait found amongst all impeccably dressed fashionistas. While people shy away from talking about their bodies, these brave souls explain how they work their anatomies to their advantage

How would you describe your body type?

Im tall, slim and slender. I have a straight figure, and Im glad. Im not one of those girls who like curvy or voluptuous figures anyway!

Has your body type changed over the last five years?

I wanted to get rid of my baby fat so I became proactive about going to the gym and dieting. But the one thing I never gave up on was sweets. Its a necessity in ones life!

How has your style changed over the years?

I dont really think my style has changed because Ive always kept it classy and simple, and I think that never goes out of fashion. At most, I experiment with whatevers trending but if it doesnt suit me then its a big no! Fashion for me is what you feel comfortable in.

In your opinion what is your most troublesome area?

Im happy with the way my figure is but I can be self-conscious about my calves. They are chunky compared to the rest of my body.

How do you dress your body according to your body type?

Since Im slim and slender, I like to add curves to my frame with peplum style dresses and tops. Im obsessed with bootleg jeans and trousers because they are great for slender women as they add shape and dimension. I also feel skinny jeans look fabulous on me. To be honest, I feel I can carry off most styles because I dont have a full figure and hence I wont end up looking vulgar. A long top or sweater with culottes or skinny jeans is my everyday casual look.

In your opinion what is the biggest mistake a person can make while dressing here?

The biggest mistake women make is showing too much skin. I strongly believe that showing too much skin doesnt make you look sexy! Also, dont hide in the folds of your baggy outfit and dont try to squeeze yourself into something just for the sake of being able to say Im a size so-and-so. Thirdly, playing up your outfit with a couple of carefully chosen pieces of jewellery is a definite do. I really admire women who have the talent to mix and match and can pull off a new trend. Overdoing it however, is one of the worst fashion mistakes out there and probably something you want to avoid. Lastly, women here dont dress according to their age. They dress more maturely and it makes them look much older. You have your whole life ahead of you to dress maturely; dont take away your youth and innocence already!

Which silhouettes suit your body the most?

I dont wear a specific style of silhouette that suits my body because no matter what I wear, I make it my own. Also, Im lucky because I have a petite frame and I can easily fit in all sorts of ensembles.

What is the one piece of clothing that you shy away from wearing and why?

What I have and always will avoid is low necklines. I feel it is very inappropriate and vulgar to show your cleavage. I dont think Ill ever be comfortable with that.

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Style anatomy: With Daneese Ali - The Express Tribune

Merfolk Physiology | Superpower Wiki | Fandom powered by Wikia

Merfolk Physiology Power/Ability to:

Use the traits of merfolk

The power to use the abilities of Merfolk. Variation of Mythic Physiology and Fish Physiology. Not to be confused with Fish People Physiology.

User with this ability either is or can transform into a merfolk (male or female), a beingwith the upper body of a humanoid and the lower body (in taur-style) of a sea animal/creature (mainly either that of a fish or cetacean). Some are able to transform completely into humanoid form to move on land and some can split their tail into legs. Others have to find other ways to move while on land.

Merfolk are sometimes depicted as perilous creatures associated with floods, storms, shipwrecks, and drowning. In other folk traditions (or sometimes within the same tradition), they can be benevolent, bestowing boons, teaching or even falling in love with humans.

See Also: Our Mermaids Are Different.

Merna the Merhog (Adventures of Sonic the Hedgehog)

Mermista (She-Ra: Princess of Power)

Sofia the First (Sofia the First)

Alim Coelacanth (Teenage Mutant Ninja Turtles 1987 TV series)

Merpeoples (American Dragon: Jake Long): Silver...

Sirena Von Boo (Monster High)

Meeshell Mermaid (Ever After High)

Aryana Mendez (Aryana) is carried by her friend Paul.

Rikki Chadwick (H2O: Just Add Water)

Cleo (H2O: Just Add Water)

Emma and Rikki (H2O: Just Add Water) swimming in mermaid form.

Emma Gilbert (H2O: Just Add Water)

Isabella "Bella" Hartley (H2O: Just Add Water)

Nixie, Lyla, Zac, and Sirena. (Mako Mermaids)

Zac the Merman (Mako: Island of Secrets)

Marina (Adventures of the Little Mermaid)

The seven Mermaid Princesses (Mermaid Melody Pichi Pichi Pitch): Lucia, Hanon, Rina, Caren, Noel, Coco, and Seira.

Meroune Lorelei (Monster Musume)

Sun Seto (My Bride is a Mermaid) in human form...

Madam Shirley (One Piece)

Shirahoshi (One Piece) is the Mermaid Princess who has the unique power to communicate with Sea Kings.

The Swimming Club mermaids (Rosario + Vampire)

Tamao Ichinose (Rosario + Vampire)

Pia (Rune Factory) in human form.

Mermaid (Valkyrie Crusade)

Mermaid Princess (Valkyrie Crusade)

Delphinus (Valkyrie Crusade) is a dolphin mermaid.

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Wright Patt aerospace physiology – Dayton Daily News – Dayton Daily News

Students at the U.S. Air Force School of Aerospace Medicine routinely use an altitude hypobaric chamber at Wright-Patterson Air Force Base, which simulates a flight at 25,000 feet, as part of initial aerospace physiological training.

1st Lt. Alex Medina, U.S. Air Force Space, Missiles, and Forces Intelligence group executive officer, is one of those students. After 30 minutes of pre-breathing 100 percent oxygen, during his training he took his mask off and quickly felt the effect of lack of air due to the decrease in barometric pressure.

The hypoxic effects began much quicker than I had anticipated and felt very similar to feeling overly intoxicated, Medina said.

When there is a loss of cabin pressure, aircrew and passengers experience hypoxia oxygen deprivation which the most dangerous aspect of flying at altitude, said Senior Master Sgt. Johal Mandeep, USAFSAM Aerospace and Operational Physiology Division superintendent .

The purpose of initial aerospace physiological training is to help aircrew and operational personnel flying in aircraft understand the hazards of high altitude flight and the physiological effects of low barometric pressure.

Wright Patterson marks 100 years of aviation achievement

When we put students in the chamber theyre accompanied by two to three chamber technicians as safety observers; we are all trained to treat any issues that could occur during the flight, Mandeep said.

As the barometric pressure drops , instructors give students a few puzzles, short-answer questions and simple math problems to solve.

I was able to do the first three tasks fairly quickly, but then quickly became very dizzy Medina said. I tried to work through it, but the simple math problems were increasingly difficult, due to the onset of mental confusion.

I skipped around on the page to accomplish other questions/puzzles that were easier to comprehend but then felt very hot and decided to call it quits. Medina said. I dont think I made it past 60 seconds.

Every year USAFSAM train s about 1,300 students in the two-day, Air Force-required training, which includes academics and a chamber flight.

I believe the most valuable experience about the training is to give our students basic information on the hazards of low barometric pressure in-flight and to be able to physically experience the effects of hypoxia so they can identify it and treat if it occurs in-flight, Mandeep said.

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Beauty brands embrace the appeal of neuroscience – CTV News

According to recent findings by top think tank Peclers Paris, more and more millennial fashion and beauty brands are tapping into the strong consumer demand for mood-oriented products and interaction.

Leading brands such as Benefit Cosmetics are eschewing traditional marketing spiel in a move to create a closer emotional connection with their consumers.

A no-brainer, if you follow leading expert on emotions Antonio Damasio's reasoning that 80% of our choices and decisions are driven by our emotions.

Biometrics and neuroscience are being brought into the mix to enhance our overall retail experience. Face reading and mood-tracking technologies are examples of these new ways of garnering interest and enticing shoppers to come back for more.

Japanese clothing brand Uniqlo was one of the pioneers of the trend back in 2005 when it launched UMood, algorithm-based brainwave sensing technology that was designed to help customers find the perfect t-shirt from 600 styles, to suit their emotional state.

Beauty brands often use seductive product names in the hopes of tapping into consumers' deep-seated desires.

Clinique's Happy fragrance and Benefit's Dr Feel Good complexion balm... the list goes on. While the concept of mood-boosting fragrances or makeup is not new, digital marketers are going the extra mile by lavishing more attention on consumers' moods and general well being.

Benefit is a case in point. The San Francisco-born beauty giant has built its reputation on playfully engaging with consumers, announcing, for instance that "laughter is the best cosmetic" despite boasting an army of best-selling beauty products.

Earlier this year, Benefit raised brows with the launch of its "brow translator" tool. The mood-gauging microsite unabashedly surfs the 'browcentric' beauty trend -- thanks to the likes of Cara Delevingne, enabling internet users the opportunity to upload pictures of their eyebrows and find out what they say about them.

With the help of neuroscientist Dr. Javid Sadr from Canada's University of Lethbridge, Benefit came up with a face-reader, which analyses the upper part of the face to determine emotional expression and adds an enhancing effect. Arched, narrow, knitted, neutral... Our brows speak volumes about how sassy, happy or sad we are feeling.

Benefit captured their market research in this video, showing passers by how to define their brows with their online brow translator:

Meanwhile, indie brand Chaos Makeup's buzzed-about, soon to be launched Mood Cream not only plays upon a changing emotional connection between product and user in its name but also has nostalgic appeal by evoking thermochromatic mood rings from times past. The multiple-purpose colour-shifting cream changes colour with exposure to water or heat.

For tutorials and regular updates on Chaos Makeup's natural, cruelty-free color chameleon range, visit their Instagram page.

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Beauty brands embrace the appeal of neuroscience - CTV News

Music, Music Therapy and Neuroscience: Imagining Improvised and … – HuffPost

Imagine Imagine a dinner party where a renowned opera singer (soprano Rene Fleming, who also happens to be an Artistic Advisor at Large for the Kennedy Center) and a doctor (Francis Collins, the Director of the National Institutes of Health, also a guitarist, singer and composer) meet. One thing leads to another and they find themselves singing with the guests, three of whom are Supreme Court Justices, no less. They hatch a plan to have their institutions collaborate on music and the brain to amplify the work being done in this field.

Their collaboration builds upon community outreach efforts of the National Symphony Orchestra, including performances at the NIH Clinical Center over the past several years, broadens the scope and brings together the diverse artistic resources of the Kennedy Center with the scientific, clinical, and research expertise of the NIH.

Imagine Imagine the past, when a nurse named Florence Nightingale noticed that music comforted the solders for whom she was caring (in the 1800s), when the first degree program for music therapists began (1944), and when the first professional music therapy association began (1950). Fast forward to the more recent past when music therapy leaders gained unprecedented participation in the US Special Committee on Aging hearing, Forever Young: Music and Aging (1991) and when several expert music therapists were honored to guest lecture at the Library of Congress (2011)!

The big event has arrived. It is June 2-3, 2017.

Imagine Imagine the present, with concert halls and theaters full of musicians, neuroscientists, music therapists, researchers, clients, their family members, general patrons and lovers of the arts, and more.

Imagine leading neuroscientists onstage with the National Symphony Orchestra. Dr. Daniel Levitin explains that the brain is a pattern detector and music is full of patterns and motifs. We count how many times we hear the major third theme (short, short, short, long) in the first movement of Beethovens 5th Symphony.

Dr. Charles Limb shows us fMRI images (a neuroimaging technique) of Rene Flemings brain while she is singing and imagining singing The Water Is Wide. We learn that more parts of the brain are activated when singing or imagining one is singing than when speaking!

Dr. Levitin elaborates on why music matters. He refers to oxytocin as the social salience chemical, remarking that more oxytocin is produced when we listen and/or play collectively. In fact, a review by Inga Neumann states that oxytocin's impact on "pro-social behaviors" and emotional responses contributes to relaxation, trust and psychological stability.

Imagine Imagine the present, where over 7,000 Board Certified MusicTherapists blend art and science, develop therapeutic relationships, and systematically deliver music experiences to promote recovery, resilience, and enhanced quality of life, to name only a few positive outcomes, and music therapy researchers are adding to our 70-year evidence base to demonstrate the efficacy and effectiveness of our interventions.

In a coma following a snowboarding accident, Forrest Allens first response to music came in his second music therapy session with music therapist Tom Sweitzer, when he moved his pinky. After 29 surgeries and a few years of music therapy, he is now able to sing, speak, dance, and isolate his fingers to play the guitar. He powerfully exclaims that Music therapy saved my life! Producer Susan Koch has made a documentary titled, Music Got Me Here, about his experiences.

Bridging clinical music therapy and research, Dr. Wendy Magee cites a 2017 Cochrane Review on music for acquired brain injury to support Forrests amazing progress. She says, Music has a hotline to emotion and motivationWhat we hear influences how we move Music changes brain structure after neurological damage.

Jordan Cochran bravely tells his sons story. Born 8 weeks premature, Joshua was later diagnosed with autism and observed to avoid many sensory experiences, particularly those having to do with his hands. He was, and continues to be, extremely musical. CJ Shiloh, his music therapist, reveals how she systematically desensitized Josh and provided affirmation of his progress. She focused on areas such as use of his hands to play instruments, coping skills, communication and quality of life.

Dr. Blythe Lagasse outlines music therapy research supporting clinical applications for individuals with autism. Music therapy assists in social engagement, social interaction, joint attention, parent child relationships, communication skills, social emotional reciprocity, self-regulation, and attention!

Dr. Deforia Lane provides stirring examples of music therapy in medical settings: Through therapeutic singing, a gentleman vocalizes This Little Light of Mine after a stroke. A young man with sickle cell anemia creates a rap with his music therapist, facilitating appropriate expression of feelings. Dr. Lane emphasizes that a song can be a connecting point for anyone, any time, any place. Indeed, Dr. Sheri Robb works with teens and young adults undergoing stem cell transplants to create therapeutic music videos to promote positive coping skills and build resiliency. She and her team tailor music experiences to reduce stressful environments and develop more supportive environments.

Imagine Imagine the audience improvising on the spot, weaving these music therapy stories together with Ben Folds, a gifted musician, composer, educator, and advocate for music education and music therapy.

Now dare to imagine the future At the June 2nd concert, Jussie Smollett performed John Lennons song Imagine. The next afternoon Ben Folds performed his song You Are Capable of Anything during the panel on Music Therapy Breakthroughs. These performers, together with numerous other speakers, have inspired us.

Saturday afternoon Dr. Francis Collins and 19th US Surgeon General Vice Admiral Vivek Murthy, MD, MBA, brainstormed about what we can learn from studying musics interaction with the brain and what potential implications might be for music therapy.

Dr. Murthy spoke very eloquently: We are a country that has tremendous potential, but are being held back by pain. I'm not talking just about physical pain; I'm talking about a deeper, emotional pain...I recognized pretty quicklythere are some places that medicines cannot reach. There are parts of us that cant be accessed with traditional therapies. We need a different tool to get there. We need a different language... What is so beautiful about music is that music is a different language. It has a power to reach people in deep places where sometimes speech, or even touch, cant. He continued, The goal should not be to just be free of mental illness but to be at a peak state of emotional well being We have to include music and the arts in our toolbox for working toward improved emotional wellbeing of our country We need to create a nation that is as good at prevention as at treating illness.

Imagine-thats our motif. Through this historical new partnership, let us continue to imagine and work together In this vein, Dr. Francis Collins and Rene Fleming described their Sound Health: Music and the Mind initiative in a recent Journal of the American Medical Association article. They noted, Music therapists have generated evidence for the therapeutic effects of active engagement with music for an ever-growing list of indications. Future goals are now to connect the effects of music on the brain with mechanistic insights from biomarkers and other approaches to better understand how music therapy interventions may be working and enhance their efficacy and generalizability.

To learn more or to listen/watch to all the workshops presented on June 3rd, click here.

Magee, W. L., ,Clark, I.,Tamplin, J., & Bradt, J. (2017). Music interventions for acquired brain injury. Cochrane Database of Systematic Reviews, 2017 (1), 20;1. doi: 10.1002/14651858.CD006787.pub3.

Neumann, I. D. (2008). Brain oxytocin: A key regulator of emotional and social behaviors in both females and males. Journal of Neuroendocrinology. 2008 June; 20 (6): 858-65.

Start your workday the right way with the news that matters most.

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Music, Music Therapy and Neuroscience: Imagining Improvised and ... - HuffPost

UI seeks approval for new neuroscience program – The Daily Iowan

The University of Iowa wants to boost its academic offerings in neuroscience.

At the state Board of Regents meeting on June 7 in Cedar Falls, the UI requested approval for the development of a new Bachelor of Science in neuroscience. The degree will be offered through the Department of Biology and Department of Psychological and Brain Sciences in the College of Liberal Arts & Sciences.

The interdisciplinary program would be aligned with the creation of the Iowa Neuroscience Institute, which the regents approved in December 2016 after the UI was provided with a $45 million grant from the Carver Charitable Trust. The grant contributed to the UIs For Iowa. Forever More. eight-year fundraising campaign total of $1.85 billion.

The new neuroscience major will provide undergraduate students with a portal to the impressive array of research opportunities, seminars, workshops, and other events sponsored by the [institute], according to the proposal submitted to the regents.

Currently, the Biology Department offers an emphasis track in neurobiology. Associate Provost Lon Moeller said approximately 90 students are on the track, signaling enough interest to justify the creation of a major. Additionally, he said, the UI hopes that the major would encourage some UI students who leave the school to pursue the major at another institution would instead stay in the state.

The major itself will prepare students for graduate school, medical school, careers in the academic labs, he said. It should build on University of Iowa strengths in the health sciences.

Approval of the program is expected when the regents meet in Cedar Falls on June 8.

by Marissa Payne

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UI seeks approval for new neuroscience program - The Daily Iowan

This Turkish Bioartist Creates Beautiful Maps out of Fungi – Labiotech.eu (blog)

Selin Balci uses fungi as a medium tocreate living maps that explore the complexity of microscopic life and its similarity with human behavior.

SelinBalci got a degree in microbiology from Istanbul Universityand worked in researchfor 5 years before turning to art. Her work combines her experience culturing fungi and moldwith creative experimentation to obtain colorful pieces that reflect the complex behavior of these microorganisms. The micro-world, largely hidden from sight, is alluring, frightening and beautiful, she writes.

Balci creates her living paintings by seeding colorful microorganismson agar coating on top of the canvas. This method lets her control the overall shape, but the final colors and sizes of each colony depend on the interactions among the different species as they grow. After observing the complex patterns they follow for years, she argues that their behavior is not much unlike our own.

Simple living organisms demonstrate all of the hallmarks of a complex and coordinated social life, Balci says. The diminutive life forms harmonize to create a colorful array of actions, counter-actions and conflicts where they mimic the human conditions of social, political, economic, and environmental concerns that have an effect on us.

With every piece, she experiments with the fungis behavior.I create competition for resources, territorial wars, and struggle for power and control among living organisms in an artificially created environment where all vital resources are restricted, she writeson herwebsite.Sometimes they eat each other; they grow on top of each other. They get angry. Other times, they keep to themselves, delineating a strict border between colonies. I find their behavior very similar to us, to humans.

All images via Selin Balci

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This Turkish Bioartist Creates Beautiful Maps out of Fungi - Labiotech.eu (blog)

Sky Watch: The case of the wandering ‘stars’ – TwinCities.com-Pioneer Press

Last month, I told you about the zodiac band that runs through the night sky. Because the Earth and the planets all orbit the sun in nearly the same plane, all of our fellow planets are located within it.

Back in the day, folks didnt know about any of this and saw the planets as wandering stars. In fact, they really didnt know what stars were, period. Most cultures saw them as being of a divine or godly nature. They saw patterns or pictures in the stars, which we call constellations, and observed them as they majestically slide from east to west night after night. Their predictable seasonal cycles through hundreds of years acted as clocks and calendars that helped them plan their lives. They were and still are infallibly reliable.

But then, as now, there were five stars that were mavericks or wild cards. Without a lot of rhyme or reason, they showed up every night in slightly different positions among the fixed stars. They would also switch directions and get brighter and fainter. Some of them even sported variations in color. They would also disappear from the skies for weeks at a time. Many cultures, including First Nation and Native Americans, saw them as greater gods and their motions and behaviors were signs of pleasure or displeasure with the mere mortals on the ground. Human behavior was controlled by these wandering stars.To appease them, sacrifices took place, sometimes even human ones.

Ancient Greeks referred to these independently minded wandering stars as asteres planets, which is where we get the term planets. The Greeks, as well as the neighboring Romans, didnt see these planets as gods themselves, but named them after major gods in their mythology out of respect for their deity. It never hurt to kiss up! The Roman names of the planets have carried on to thepresent day.

The planet Mercury is named after the messenger of the gods because of its speed among the stars, just as the god Mercury was considered the first speedy delivery service. It only takes Mercury 88 days to circle the sun, flying along at more than 100,000 mph.Earth plows along at just 67,000 mph.

Venus is named after the Roman goddess of beauty and love because of its great brilliance in the sky. Little did they know what a hellholethe planet is. Because of a thick poisonous atmosphere complete with acid rain, the runaway greenhouse leaves the surface temperature hot enough to melt lead. Its definitely not a beautiful place.

Because the planet Jupiter is so bright and stays in one place among the stars for a lot longer than Venus, it was named in honor of the king of the Roman gods. TheRomans were right in naming the planetafter their head god, Jupiter, because its by far the largest planet in the solar system at 88,000 miles in diameter. The Romans didnt know that at the time, of course.

The planet Saturn was named after the Roman god of agriculture for reasons that arent all that clear. However, Saturn was also considered the goddess of time because it takes so long for Saturn to make a complete circuit among the stars. Saturn takes more than 29 years to make that journey, the longest of all the planets.

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