Category Archives: Anatomy

X-Men Anatomy: The 5 Weirdest Things About Storm’s Body, Explained – CBR – Comic Book Resources

Marvel's iconic X-Men leader Storm is an Omega-Level mutant, and she can do so much more with her weather-controlling powers making it rain.

To put it mildly, X-Men comics have a tendency to make the backstories of Marvel's mutants intricately complicated, with multiple points that hinge on odd points of continuity and twists of fate. Decades of story twists and turns compound with sci-fi and fantasy mythology to make characters far more deeply complex than you might imagine, and there's no better example of that than Ororo Monroe, the weather-controlling mutant and X-Men leader known as Storm.

While she might just appear to have some control over localized weather patterns, Storm has evolved into a far deeper, stranger character since she was created by Len Wein and Dave Cockrum in 1975's Giant-Size X-Men #1, and her powers have changed along with her.

RELATED:A Powerful X-Men Villain Has Returned... As A Talk Show Host!?

Storm's ability to control the weather is certainly considerable, and it usually puts her in the top tier of most any given X-Men squad she serves on. Controlling all of that power can be difficult, but aiding her in the task is an extension of her mutant abilities that is not quite as obvious as hurling lightning or whipping up rainstorms: she feels an almost spiritual connection with the planet and its weather cycles, physically perceiving them as energy patterns.

Storm's senses allow her to predict the weather even when she does not influence it and sense any abnormalities in its rhythm. This can have the side effect of inflicting discomfort on her when the Earth is in pain, but she never views her connection as a hindrance. Her claustrophobia is in part so traumatic because it cuts her off from the world around her, so it's understandable why losing such a connection would be anxiety-inducing.

Even with her connection to the planet, Storm's powers don't just work exclusively on Earth. Her powers have been accessible on other worlds, in the vacuum of space and even on the astral plane. The environment very seldom negates Storm's capacity to produce weather phenomena on a whim, although it can prove a limiting factor where she is not as powerful as usual.

This means that Storm maintains her ability to hurl lightning even while underground or to create billowing rainstorms within the constricted confines of an indoor environment. She frequently makes storm clouds just small enough to water her plants, a convenient trick for an avid gardener like Ororo.

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X-Men Anatomy: The 5 Weirdest Things About Storm's Body, Explained - CBR - Comic Book Resources

Forget the GreeksIs This the World’s Oldest Anatomical Text? – Daily Beast

If you were to take a class on anatomy in med school you would probably be told that the history of anatomy really begins in the Renaissance, when doctors and other luminaries like Leonardo da Vinci first started dissecting human bodies and documenting their findings. You might also learn that prior to this point, doctors worked with the anatomical theories of the ancient Greeks and Romans, whose knowledge was gleaned mostly from the bodies of animals and external observation. The ancient Egyptians, who are well known for cutting up dead bodies, might get a look in, but that would likely be it.

But, now, a new study claims that an ancient manuscript unearthed in a tomb in Southern China may well be the worlds oldest anatomical atlas. The article not only promises to revolutionize our understanding of the history of medicine, it also sheds light on the history and scientific foundations of acupuncture.

In an article inThe Anatomical Record, Vivien Shaw and Isabelle Winder of Bangor University, UK, and Rui Diogo of Howard University published their findings about the Mawangdui manuscripts, a collection of philosophical and medical texts from Changsha in the Hunan province of South Central China. The texts are written on silk and were placed in the tomb of Chancellor Li Cang and his family before it was sealed in 168 BCE. They were rediscovered in the 1970s, but the previously unknown medical texts were somewhat overshadowed by the presence of other important discoveries, like the oldest copy of the I Ching. Because of this, Shaw, Winder, and Diogo are the first to treat these medical texts as evidence of ancient anatomy.

The Mawangduitexts, the authors argue, were written in the second-third century BCE and are roughly contemporaneous with now-lost Greek dissection-based anatomical texts. Of course, the approach taken in these Chinese texts is very different than the one we see in their Greek counterparts. Vivien Shaw said, they looked at the body from the viewpoint of traditional Chinese Medicine, which is based on the philosophical concept of complementary opposites of yin and yang, familiar to those in the west who follow eastern spiritualism.

The Mawangduitexts organize the body into eleven pathways, each of which has particular kinds of disease associated with it. Some of these, Isabel Winder said, map onto later acupuncture meridians, even though acupuncture and acupuncture points are nowhere mentioned. Historians had some evidence for the acupuncture meridians from other ancient Chinese texts, but those texts date to the third century CE and are, thus, roughly four hundred years younger than the ones from Mawangdui.

Their findings, said Shaw, not only re-write a key part of Chinese history and affirm that the Han dynasty was a period of widespread intellectual growth, they also provide medical foundations for acupuncture and change our understanding of how it originally worked.

We believe, she said, that our interpretation of the text challenges the widespread belief that there is no scientific foundation for the anatomy of acupuncture, by showing that the earliest physicians writing about meridians were in fact describing the physical body. Modern acupuncture, Shaw added, is grounded in the belief that it is the function of the meridian points thats important. Originally, however, it seems that Chinese anatomists were interested in mapping the structure of the body. In other words, and regardless of whether or not we think these descriptions of the body are accurate, they are scientific. This means that acupuncture, which is often dismissed as more spiritual than scientific, is grounded in a carefully worked out ancient map of the body that was based on scientific observation.

The reason that the Mawangdui texts have been overlooked as an anatomical resource is because they date from a period when the principles of Confucianism were very much in vogue. Han-era China was governed by Confucian law, which maintained stability and structure through the maintenance of a rigid social structure. One element of this social hierarchy was what is called filial piety, in which children must respect and honor their parents. Venerating ones ancestors did not include cutting up your dead parents. As Isabel Winder, one of the authors of the article, said Confucian cultural practices shunned dissection. However, [the evidence leads us to conclude] that dissection was involved and that the authors [of these texts] would have had access to the bodies of criminals.

This brings us to one of the grizzly secrets of the study of anatomy: to be any good at it you have to be examining actual human bodies. At the time, this was not just a Chinese practice. Herophilus of Chalcedon and his younger contemporary Erasistratus of Ceos, Greek-speaking doctors and medical authors working in Alexandria, Egypt in the first half of the third century BCE, were also dissecting cadavers on a routine basis. As in China (and, later, in 16th 19th century Britain), the bodies used for these experiments were those of criminals. Shortly after Herophilus and Erasistratus died, however, dissection fell into disuse. Though there were some rogue doctors who seem to have been dissecting bodies on the sly it wasnt until the 14th century, when the Italian Mondino de Luzzi publicly performed the first sanctioned dissection in a millennium, that it would begin again in earnest.

While dissection vastly improved medical sciences understanding of the workings of the human body, this doesnt mean that those performing these experiments always accurately described what was in front of them. Leonardo da Vincis scientific drawings of the human body are widely admired for their accuracy, but he sometimes followed tradition rather than the evidence, depicting, as Roy Porter has written in his book The Greatest Benefit to Mankind, a five lobed liver. The human liver only has four lobes; the five-lobe theory was based on the dissection of dogs and pigs and goes back to Hippocrates. We should not assume, therefore, that dissection always deepens and improves medical understanding. It took two hundred years and the creative vision of 16th century anatomist Andreas Vesalius for many ancient medical theories to be questioned and revised.

In between the 3rd century BCE and the rediscovery of dissection in the 14th, European doctors were reliant on the works of famous Greek-speaking doctors Aristotle and Galen, who had only dissected animals. Galen had experience treating gladiators and would have seen the kinds of wounds that would have afforded the opportunity peek inside the body, but there was nothing exhaustive about his exploration of the human body. As a result, all kinds of errorsthe five-lobed liver sketched by Da Vinci, for examplecrept into Western medicine. So, if youre thinking that Chinese medicine sounds unscientific and esoteric, bear in mind that for this 1200-year period of European history you may as well have been seeing a vet.

One of the major contributions of this study is the way that it challenges Eurocentric histories of science and medicine. Rui Diogo, whose lab helped perform the research, told The Daily Beast, that too often textbooks and scientific publications rehearse narratives in which white Europeans (from the Greeks and Romans onwards) make the big discoveries and non-European cultures contribute nothing more than translations of Greek texts or esoteric unscientific knowledge. Discoveries like this one show both that there was a vibrant scientific culture in places like India, China, and Persia and also that medical schemes often dismissed as esoteric have real scientific foundations.

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Forget the GreeksIs This the World's Oldest Anatomical Text? - Daily Beast

Anatomy of a Wind Turbine: The Eco-Friendly Power Solution – Indiainfoline

We imagine your first encounter with a wind turbine was through the window of your car as you zip down a remote highway. Wind turbines are unforgettable because of their large and impressive stature and are emblematic of the widespread global adoption of this power source as a means to generate more sustainable energy solutions for communities.

India has been at the forefront of renewableenergy revolution and has emerged as the one of the world's largest and most competitive markets for cleanenergy innovations. Wind power saw a stable growth in the country over the past few decades, and India currently ranks fourth in the global wind energy capacity ranking.

TwoIEEE Power and Energy Society (PES)members, Pouyan Pourbeik and Nicholas Miller, explain how wind power technology works, and why it is so important.

What is a wind turbine?In simplest terms, a wind turbine is a mechanical machine that converts the kinetic energy of wind into mechanical rotational energy that can be used to do some work, says Pourbeik.

Utilizing the natural resource, wind, as a source of energy production is not a new technological practice. In fact, wind turbines have been developed in various ways for several centuries. Pourbeik says that the first recorded wind turbine dates back to the seventh century in Iran and was used to grind grain and pump water from wells.

Todays modern wind turbines are used to run electrical machines that then convert the rotational mechanical energy into electrical energy that can serve the electrical needs of residential homes, commercial buildings and industry, says Pourbeik.

How is wind power a sustainable technology?

Wind turbines are sustainable because of the power conversion process; by tapping into the wind, the process is cleaner than having to mine or burn material that creates massive amounts of emissions as a result. Wind energy is a solution to reducing those carbon emissions, eliminating other forms of pollution in the air, and eventually moving away from traditional methods that have the opposite effect on our planet.

Another benefit of wind power is that this source of energy is free and bountiful. When I lecture on wind turbine basics, I often start with the statement a wind turbine is a device that converts the kinetic energy in wind/moving air into money, says Miller. The fact that there is electric power generated is incidental.

You cant afford to build a wind turbine that captures all of the available energy all the time, says Miller.

What are the challenges of wind energy?

Every technology comes with its own set of challenges that engineers are equipped to solve. Integration into pre-existing power grids and gaining general public awareness of the technology as a sustainable tool are the current hurdles Pourbeik and Miller face as power engineers.

There are challenges with engineering such systems and reliably integrating them into the world-wide electric infrastructure but that is what makes the current technical environment in the field of power and energy engineering so exciting, says Pourbeik.

One of those challenges to the energy grid is energy storage and reliability. Traditionally, when a customer demands electric power, the generation and the power grid is capable of meeting that demand. But with the advent and explosive growth of wind and solar power, it is Mother Nature who decides when the electric power will be supplied, not the consumer, says Miller.

Since the birth of the electric power system in the late 19th and early 20th century, energy has been converted from mechanical energy to electrical energy through the use of rotating electrical machines, which are directly connected to the bulk power grid, explains Pourbeik. These conventional machines run at a constant speed, which means that the frequency of the electrical power they produce is also constant.

Because wind turbine speed is constantly changing due to the wind, power engineers must figure out a way to efficiently convert the wind energy to mechanical rotating energy. The solution is a rotating electrical machine connected to the wind turbine that runs at a wide range of speeds.

So to interface the machine (running at different speeds) to the bulk electrical power system (which has a fixed frequency) one needs to use a power-electronic converter interface, says Pourbeik. Thus, the electrical behavior of the power generating device becomes very different as seen from the grid.

While power-electronic converters have been used in other ways, they have never been used at such a large scale as they are now to connect the heart of wind power plants to the grid. Over the last few decades, the power and energy industry has been learning how to utilize this technology in the most reliable way possible.

Pouyan and I have worked through the first stages of the revolution, says Miller. Since the turn of the century, we have watched (and participated) as innovations in technology, markets, regulation and understanding have steadily moved the challenge out. Today, we (the U.S. and other world grids) regularly operate at levels of wind and solar generation that we thought would be nearly impossible or wouldnt happen for decades into the future.

IEEE PES and the renewable integration community have a large focus on how to make the grid work in a reliable, safe, clean and affordable fashion. But Pourbeik and Miller are hopeful about the future of sustainable energy and the technology being developed.

We are continuing to move at an astonishing rate, adding innovations on all those fronts, says Miller. Very honestly, there has never been a better, more exciting time to be a power engineer.

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Anatomy of a Wind Turbine: The Eco-Friendly Power Solution - Indiainfoline

‘Grey’s Anatomy’ Season 17 to premiere Nov. 12 – UPI News

Sept. 18 (UPI) -- Grey's Anatomy will return for a 17th season in November.

ABC announced a premiere date, Nov. 12, for Season 17 in a press release Thursday.

The two-hour season premiere will air Nov. 12 at 9 p.m. EDT. Season 4 of the Grey's Anatomy spinoff Station 19 will premiere the same night at 8 p.m.

ABC shared a moving poster for Grey's Anatomy Season 17 on Twitter featuring Ellen Pompeo as her character. Dr. Meredith Grey.

"Sometimes... we all need saving," the tagline reads.

The network also released a teaser for the season featuring Dr. Teddy Altman (Kim Raver) and Dr. Owen Hunt (Kevin McKidd).

ABC also announced premiere dates for other fall shows. The Good Doctor Season 4 premieres Nov. 2 at 10 p.m. EDT, while David E. Kelley's new series Big Sky will make its debut Nov. 17 at 10:01 p.m.

"Our fall schedule is now complete with a dynamic lineup of new and returning drama series," ABC Entertainment president Karey Burke said. "From fan-favorite shows like Grey's Anatomy and The Good Doctor to David E. Kelley's thrilling new drama Big Sky, our strength is in our storytelling, and we could not be more energized to bring these compelling series to our viewers."

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'Grey's Anatomy' Season 17 to premiere Nov. 12 - UPI News

Anatomy of the New Supercapacitor Industry – ValueWalk

Surprises abound in the new IDTechEx Research report, Supercapacitor Markets, Technology Roadmap, Opportunities 2021-2041. In 2010, there were no Chinese manufacturers in the top ten supercapacitor manufacturers. In 2020, 40% of them are Chinese. This has been achieved by world-class R&D, being in one of the largest markets globally, strong investment and government support including protective trading. However, China is not leading in capacitor-supercapacitor hybrids where the USA saw a $7 million follow on order recently.

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Raghu Das, CEO of IDTechEx advises, Supercapacitor manufacturers used to be divided into those making small ones for electronics and those that also made similar flat or cylindrical formats for electrical engineering such as the archetypal 2.7V 3000F cylinder. No longer. A considerable market for even large supercapacitors is rapidly emerging. The first big success with large ones is boxed car stop-starters at around 20Wh, with over five million sold. The number of auto makers going for that fit-and-forget, grab more electricity, waste less electricity proposition still increases. The natural extension of this logic is the newly committed adoption of larger supercapacitors for peak-shaving and acceleration boosting at 30-100Wh across the batteries in mild hybrid cars then full hybrid then totally replacing the lithium-ion battery if pure electric cars have not destroyed the hybrid car business by then.

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The new large versions appear in trains at 1kWh and 1MWh appears as hospital and data centre uninterruptable power supplies that double for peak shaving. It is a long way from small supercapacitors usually made to standards, easy to make and mostly commoditised at prices of 1 cent/F or less. IDTechEx counts 89% of supercapacitor manufacturers making them though Panasonic recently exited. 37% of these are in China because it exports them strongly, its share of the supercapacitor value demand being only 27% because of its giveaway pricing and lateness into car stop-start.

An exception to the commoditisation is small supercapacitors in the form of battery-supercapacitor hybrids BSH, aerospace and military ones working at 150C, capacitor-supercapacitor hybrids beating tantalum electrolytics on ripple and one fifth to one tenth of the size and weight and ones in odd formats such as to go in a watch or smart card. Those working at 85C, -40C and 3V as single cells are less common and in demand.

Battery-supercapacitor hybrids (BSH) are almost always lithium-ion capacitors. They offer higher energy density often with effectively infinite cycle life and better charge retention than pure supercapacitors. Energy density several times that of pure EDLC supercapacitors. There is almost always confined to small units for electronics. IDTechEx measures that 24% of supercapacitor manufacturers now have a BSH range and of those 32% are made in China, where they are most successful commercially. China leads the world here, partly because they have so many large BSHs.

Several companies declare their supercapacitors to be graphene as a badge of honour. It can mean non-flammable, relatively non-toxic, no use of the volatile, toxic carcinogen acetonitrile, valuably improved series resistance, better voltage and energy density in a pure EDLC all good things justifying higher price.

Raghu Das adds, IDTechEx measures that 8.75% of supercapacitor manufacturers now offer graphene versions, up from zero ten years ago. 43% of the manufacturers using graphene are in China so they are ahead in numbers, though certainly not in graphene supercapacitor research, much of which is aimed at the massive emerging market for replacing lithium-ion and lead-acid batteries with highest energy density of 100Wh/kg or more. In research, this is usually achieved by boosted pseudocapacitance though some perfect the technology of the newly commercial 100 Wh/kg lithium-ion supercapacitors. 33% of supercapacitor material research graphene-centric followed by carbon nanotubes then metal organic frameworks.

Large supercapacitors are more difficult to make, more profitable and represent the majority of the addressable market 2021-2041. Unlike small ones, they typically come with integral power electronics for optimal safe operation, microprocessors for intelligent response, often cooling systems. 47.5% of supercapacitor manufacturers now claim to make them, up from few in the past. However, many of those are barely in the business, their web entries being more of a wish list that reality. 34% of these are in China no dominance though it is coming up fast in this respect. This is assisted by the fact that a disproportionate amount of the demand for large supercapacitors is in China with the Government requesting that all parts of trains, buses etc. be made in China. On the other hand, China is badly behind in researching supercapacitor bodywork, smart skin and other radical advances scoped in the IDTechEx Research report, Supercapacitor Materials and Formats 2020-2040.

Raghu Das predicts, Acquisitions and mergers will continue. One billion dollar supercapacitor businesses may be created by 2045. If the addressable markets we have analysed are strongly penetrated, then it will be much earlier. Given past disappointments, our upside forecast currently stands at $7 billion in 2041.

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Anatomy of the New Supercapacitor Industry - ValueWalk

ABC’s Fall TV 2020 Premiere Date Schedule: Grey’s Anatomy, Good Doctor, A Million Little Things, and More – TV Guide

Now Playing100 Best Shows: The Best Streaming Shows

Summer 2020 is finally behind us, and you know what that means: It's officially time to dig back into fall TV. ABC has already announced plenty of premiere dates forits fall schedule, and the lineup is stacked with non-scripted programming.

WhileDancing With the Starsis officially underway after premiering on Monday, Sept. 14, and you're probably still reeling from the Carole Baskin of it all, there's still more to come throughout the rest of September and into October and November.The Bachelorettehas, to the surprise of no one, sparked a ton of questions and rumors as production on the upcoming season has progressed. Less dramatic is the premiere of theSupermarket Sweeprevival, hosted byLeslie Jones, which also has an official premiere date. These shows all join the previously announced comedy lineup, which includes season premieres forblack-ish,The Goldbergs, andThe Conners.

The lineup doesn't include the recently canceledStumptown, but we do finally have dates for some of our other faves likeThe Good DoctorandGrey's Anatomy.David E. Kelley's new seriesBig Sky also got a fall premiere date, butKyra Sedgwick's comedyCall Your Motheris still to be determined.

Check out ABC's premiere schedule below, andlearn more about the network's 2020-2021 fall lineup here. If you want to see what else is coming back this fall across the other major networks, head here. New shows are in ALL CAPS.

Monday, Sept. 14Dancing with the Stars(8/7c)

Thursday, Sept. 248/7c: Celebrity Family Feud9/8c: Press Your Luck10/9c: Match Game

Tuesday, Oct. 138/7c: The Bachelorette

Friday, Oct. 168/7c: Shark Tank

Sunday, Oct. 187/6c: America's Funniest Home Videos8/7c: SUPERMARKET SWEEP9/8c: Who Wants To Be A Millionaire10/9c: Card Sharks

Wednesday, Oct. 218/7c:The Goldbergs(premiering with two back-to-back episodes)9/8c:The Conners9:30/8:30c:black-ish

Wednesday, Oct. 288:30/7:30c:American Housewife

Monday, Nov. 210/9c: The Good Doctor

Thursday, Nov. 128/7c: Station 199/8c: Grey's Anatomy (two-hour premiere)

Tuesday, Nov. 1710/9c: Big Sky (series premiere)

Wednesday, Nov. 1810/9c: For Life

Thursday, Nov. 1910/9c: A Million Little Things

PHOTOS:Dancing with the Stars: 25 Most Shocking Moments

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ABC's Fall TV 2020 Premiere Date Schedule: Grey's Anatomy, Good Doctor, A Million Little Things, and More - TV Guide

Anatomical characterization of the inguinal lymph nodes using microcomputed tomography to inform radical inguinal lymph node dissections in penile…

Radical inguinal lymph node dissections (rILND) for penile cancer risk significant postoperative lymphocele and lymphedema. However, reducing the risk of lymphatic complications is limited by our understanding of lymphatic anatomy. Therefore, this study aims to elucidate the lymphatic anatomy within the current surgical borders of a rILND.

To visualize the position of the lymph nodes, tissue packets excised from the inguinal region of five fresh, male cadavers were imaged using microcomputed tomography (CT). To standardize the position, rotation and size between specimens, each lymph node packet was aligned using a Generalized Procrustes analysis.

There was a median of 13.5 lymph nodes (range=8-18) per packet, with the majority (99%) clustered within a 6cm radius of the saphenofemoral junction; a region 39%-41% smaller than current surgical borders. No difference existed between the number of nodes between sides, or distribution around the saphenofemoral junction.

This study provides the first 3D, in situ, standardized characterization of lymph node anatomy in the inguinal region using CT. By using knowledge of the normal lymphatic anatomy, this study can help inform the reduction in borders of rILND to limit disruption and ensure a complete lymphadenectomy.

Journal of surgical oncology. 2020 Sep 10 [Epub ahead of print]

Kait Marshall, Shiva M Nair, Katherine E Willmore, Tyler S Beveridge, Nicholas E Power

Department of Anatomy & Cell Biology, Schulich School of Medicine & Dentistry, Western University, London, Ontorio, Canada., Department of Surgery, Urology Division, Schulich School of Medicine & Dentistry, Western University, London, Ontorio, Canada.

PubMed http://www.ncbi.nlm.nih.gov/pubmed/32914446

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Anatomical characterization of the inguinal lymph nodes using microcomputed tomography to inform radical inguinal lymph node dissections in penile...

Greys Anatomy: Is Grey’s Anatomy on Netflix? – Daily Express

When Grey's Anatomy does return for season 17, there will be a coronavirus COVID-19 storyline.

The drama will show how all of the characters deal with the pandemic on the front line, with some coping better than others.

Executive Producer Krista Vernoff has said how they have been speaking to doctors about their real-life experiences to help with the new episodes.

Vernoff told EW: "Were going to address this pandemic for sure.

"Theres no way to be a long-running medical show and not do the medical story of our lifetimes.

"I feel like our show has an opportunity and a responsibility to tell some of those stories."

Grey's Anatomy is available to watch on ABC.

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Greys Anatomy: Is Grey's Anatomy on Netflix? - Daily Express

Greys Anatomy real-life relationships: Have any of the cast dated? – Daily Express

Across 16 seasons of Greys Anatomy so far there have been a number of romantic storylines.

The doctors at the fictional hospital have often found themselves attracted to each other, leading to plenty of drama in the series.

Some of the most iconic couples have included Meredith Grey (played by Ellen Pompeo) and Derek Shepherd (Patrick Dempsey) as well as Mark Sloan (Eric Dane) and Lexie Grey (Chyler Leigh).

Therefore, viewers will be understandably curious as to whether any of this romance has extended beyond the series.

READ MORE:Greys Anatomy: Will Greys Anatomy end if Ellen Pompeo leaves?

However, when she landed her own spin-off, it was reported she found romance with David Sutcliffe who played her love interest for a while on the series.

Although, the romance didnt last and the pair are no longer together.

However, despite all of the love stories on the long-running drama, not many cast members have actually dated each other.

Many of them have found love outside of the series, and often outside of the acting business.

For example Pompeo has been married to music producer Chris Ivery since 2007.

While her on-screen love interest Dempsey is married to hairstylist and make-up artist Jillian Fink.

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Greys Anatomy real-life relationships: Have any of the cast dated? - Daily Express

Grey’s Anatomy boss offers hints about Station 19’s fourth season – Digital Spy

Station 19 spoilers follow.

Grey's Anatomy showrunner Krista Vernoff has hinted what's to come in Station 19's fourth season and it's surprisingly good news.

The Grey's spin-off's third season featured a double tragedy for Andy as she lost both her childhood best friend Ryan Tanner and her father Pruitt Herrera.

However, the season finale ended on a major cliffhanger for the character, as she found out that her mother Elena was actually still alive.

Speaking to TV Line about the fourth season, Vernoff revealed that, like the rest of the world, the Station 19 team "gets hit with a pandemic," adding that the twist is "ironic because we still have a lighter season planned".

Vernoff also admitted "there was some real darkness last season so much death," however, despite the pandemic, things are looking brighter the next time we see the Station 19 team.

"This season, the team pulls together and finds a lot of joy despite the heaviness of the world," Vernoff continued.

She also addressed Andy and new husband Sullivan's relationship, admitting: "They've both been through a hell of a lot. But I'm rooting for them!"

Following the season three finale, Vernoff revealed it had been decided Andy's mother was alive "since the beginning of our conversations about season three," adding: "It was one of the first ideas we had."

Explaining how Andy will be "massively, massively" changed by learning that her mother is alive, Vernoff said: "There's so much unsaid, so much unknown. What happened? Why did her father tell her her mother was dead?

"What happened between [Pruitt and Elena] is such ripe, fertile ground for season four. We're really excited to get into it. We know what happened, but Andy doesn't."

Grey's Anatomy and Station 19 air on ABC in the US. They air on Sky Witness in the UK with selected episodes also available on NOW TV.

Digital Spy has launched its first-ever digital magazine with exclusive features, interviews, and videos. Access this edition with a 1-month free trial, only on Apple News+.

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Grey's Anatomy boss offers hints about Station 19's fourth season - Digital Spy