How the Hell Did This Live Frog Get Inside a Green Pepper? An Investigation – VICE

What pops into your head when you hear the prompt: what is the greatest mystery?

Maybe the Dyatlov Pass incident? The Flannan Isles lighthouse? How I continue to be employed?

Those are all damn good mysteries, my friends, but they would not be the greatest. The greatest mystery of all time is how a goddamn frog was found alive in a whole pepper.

The new GOAT mystery comes to us from Saguenay, Quebec, courtesy of Nicole Gagnon and Grard Blackburn. Over the weekend, Gagnon was preparing a meal that included the lovely tastes of bell pepper. When she sliced open the green pepper that she had recently bought from her local grocery store and looked inside, nothing made sense anymore.

Grard! she exclaimed in French. Theres a frog in the pepper!

Here is a very well-made graphic to illustrate the mystery. Photos via Pixabay

Sure enough, there was a little green tree frog in the pepper, just kinda chilling.

The couple put the lil guy in a terrarium and reported it to Quebecs Ministry of Agriculture, Fisheries and Food (MAPAQ). Speaking to the CBC, Gagnon acknowledged her role in bringing this mystery to the masses.

Its like the Caramilk secret. How the frog ended up in the pepper, I have no idea, Gagnon told CBC.

MAPAQ would eventually kill the frog to run tests on it, because if there is anything bureaucracies hate its fun mysteries.

Gagnons son Jonathan Blackburn confirmed that the pepper was whole when his mother cut into it. He said the pepper cost $1.99 and was believed to have come into Canada from Honduras. As for the mystery, it stumped him as well.

Blackburn told VICE he didnt know how the frog got inside, but posited, Maybe an insect carried an egg inside. Thats my only idea. The pepper was whole.

You can watch a very charming CBC video of Nicole and Grard speaking about what happened (in French).

Inspired by Blackburns theory, Ive racked my brain for how a frog could end up inside a pepper. Alive. Heres the best I could come up with.

Well, for starters, we can go the immaculate conception route. That this pepper was empty and then, poof, some sort of greater power impregnated this pepper with a frog to, uh, teach us some sort of lesson. We must then assume that this frog is in some way connected to our lord and saviour. Remember that the Judeo-Christian god used frogs to prove their existenceIm talking about the second plague, yall. However, this would mean that an almighty decided to finally, once and for all, prove his existence in Saguenay, Quebec, and I refuse to accept that.

If you watched the video above and saw Nicole and Grard, Im sure you would join me in refusing to believe that this couple are A) lying and B) lying about finding a freakin frog in a fully formed bell pepper.

If anything they just didnt notice it. That brings us to our next explanation.

This is brought to us by our good friends over at Motherboardthe smart folks of VICE. It makes sense but it is not fun at all, so boooooooooooooooooo.

Ok enough of that nerd shit, lets get magical. Now, what kind of people would have the expertise to transport a live frog into a fully formed bell pepper? Thats right, magicians! Those dudes are always making stuff appear inside other stuff.

To learn more I got in touch with Edwin Broomfield and Daniel Kranstz, two illusionists who do animal-based illusions in their show Unleashed. The duo told me that they could totally make a frog disappear and then reappear in a pepper, and, in fact, they have a similar trick they do already with a lemon and a dollar bill. Krantz briefly outlined how the trick was done (it involves a fake thumb!) and it does seem possiblebut because Im not an asshole Im not going to ruin their trick for you. Kranstz said some adjustments would have to be made but with some sleight of frog they could totally pull it off.

All that in mind, though, while we may have a method here we do not have a motive. Unless the couple somehow angered an illusionist who has remarkably convoluted revenge plots, I dont believe this is the answer.

The frog got in there when the pepper was forming and it, uhh, just existed in there as the pepper closed around it, and it survived in the womb on the sweet green meat and moisture that would collect in there. Im no bell pepper expert but I did watch a pretty darn good time-lapse bell pepper growing several times. In the video, I noticed that at the beginning of the growth of the pepper, there seems to exist a small hole in the bottom that doesnt fully close for a bit. This hole certainly seems large enough for an enterprising young frog to climb into.

A hole the frog may have been able to crawl throughor not, I dont know. This is above my pay grade. Photo via YouTube screenshot

So, it turns out Im pretty dang dumb when it comes to pepper physiology.

Professor Barry Micallef, a plant physiologist at the University of Guelph, thinks the pepper may have cracked early on in its life and a frog or a tadpole grew up inside. If it was a young enough pepper a crack could have healed over after, he said.

Micallef said that for his theory to work the pepper must have been grown in a field, not in a greenhouse, and that early early on in its growth cycle it was hit with heavy rain.

It may have cracked with the rain, said Micallef. Peppers are prone to cracking and splitting because theyre thin-walled and hollow inside unlike most fruit. So what I think happened is either a frog or tadpole got into the pepper and then it developed inside.

Micallef said that peppers typically take 20 to 25 days to fully mature and, because theyre hollow, could have stored water inside after the rain.

The length of time for a tadpole to metamorphosize can vary significantly, from weeks to years, depending on the species of frog. All that said, maybe if the tadpole were at the end of its developmental cycle all the conditions for a frog to develop inside a pepper could have been present.

It might have just been like a little cocoon in there, a good enough environment that this little tadpole might have developed, said Micallef. If it wanted food after it could have always eaten the pepper.

According to Encyclopedia Britannica, while frogs are typically carnivores that shy away from vegetation, tadpoles exist on a vegetarian diet. Furthermore, the pepper is from Honduras, which means it likely grew in a field. So two points for Micallef here!

Honestly, Micallef might have blown this case wide open.

It turns out Im just as bad at frog physiology as I am pepper physiology.

The day after speaking to Micallef I awoke to find an email that shattered the comfortable reality I had created surrounding the frog and pepper question. Patrick Moldowan, the Director at Large at the Canadian Herpetological Society, first told me that the amphibian in question, based on the white lip stripe, horizontal pupil, and body proportions, looks like a green tree frog that is strangely coloured possibly due to a stress response.

Then he pulled the rug out from under me.

It almost certainly did not come to be a sizeable adult frog by developing as a tadpole, Moldowan wrote. For example, the egg development time, process of metamorphosis, and post-maturity growth (to reach adult size) are well beyond the time it takes a green pepper to grow.

At the end of the email, Moldowan seemed to throw his hat in with the nerds over at Motherboard. Booooooooo!

As to how it got into the pepper, thats a complete mystery, he said. Maybe it crawled in through a rupture in the pepper skin/wall?

Me trying to solve this. Screenshot from 'It's Always Sunny in Philadelphia'

If my theorizing has taught me anything its that we shouldnt trust my theories when it comes to science, but go with me here.

So maybe the pepper was at the furthest stage of its growth where it could still fuse back and fell to the ground during a large rainfall near a stream or a body of water that was flooding. It had a small crack or hole that was open when it was on the ground and a frog snuck in to take refuge from the torrents. But during the frogs time in there, the pepper shifted, making the hole not big enough for the frog to get out and, over time, the hole sealed up completely. The pepper was picked, transported to Canada, sold, and cut into by Nicole Gagnonwith the frog (which would eventually be murdered by the government) inside.

I reached out to the Canadian Herpetological Society and, guess what? It may actually be possible.

I would think its not outside the realm of possibility for a frog to survive a few weeks inside a pepper, considering its probably pretty humid in there, so it wouldn't dry out, said Dr. Amanda Bennett, the secretary of the Canadian Herpetological Society. It would be quite cool given refrigeration, so its metabolism would be slowed down by the low temperature. Ectotherms (cold-blooded animals) in general can survive longer without feeding than endotherms (warm-blooded animals).

Hell yeah, score one for Mack.

At the end of the day though...

Despite all my pseudo-intellectual flailings and help from actual scientists, perhaps well never know. Isnt that the best answer? All great mysteries should never be fully solved. Let us leave the frog and the pepper question for generations to come. Let the smartest among Gen Z and Gen Alpha debate this quandary.

Let us forever wonder how the frog got inside the bell pepper.

Follow Mack Lamoureux on Twitter.

Read the original post:
How the Hell Did This Live Frog Get Inside a Green Pepper? An Investigation - VICE

CoralChange: a project to study and protect threatened coral by global change – Mirage News

CoralChange will promote the knowledge on the future of coral populations using demographical models applied to different global change scenarios. Photo: Cristina Linares (UB-IRBio)

Coral reefs build one of the most diverse, fascinating and productive ecosystems in the planet. However, these biological structures are also highly sensitive to the adverse effects of the current climate crisis. Phenomena such as progressive bleaching and massive mortality of coral affect the marine ecosystems of the planet and endanger the future of these communities.

In this context, the UB is leading CoralChange, a project that will assess for the first time- the role of the larval reproduction and ecology in the dynamics and viability on the long term of the threatened coral populations worldwide. To do so, CoralChange counts on the funding from the European Union, and in particular from the Horizon 2020 Marie Skodowska-Curie action fellowship.

The project, managed by the Bosch i Gimpera Foundation (FBG), is coordinated by the lecturer Cristina Linares, from the Department of Evolutionary Biology, Ecology and Environmental Sciences of the Faculty of Biology and the Biodiversity Research Institute (IRBio) of the University of Barcelona.

Another participant in the study is the expert Nria Viladrich, from the mentioned Department and IRBio, who will analyse, from 2020 to 2022, the global change-induced transgenerational effects in hexacorallia and octocorals in the Caribean, in collaboration with the team of Jacqueline Padilla-Gamio, assistant professor at the University of Washington (United States).

Protecting corals from the effects of global change

With an innovative perspective, CoralChange will promote the knowledge on the future of coral populations using demographical models applied to different global change scenarios. In this line, researcher Nria Viladrich will work on a series of demographic prediction models with experimental data and field work that will include parameters on the physiological condition, trophic plasticity, reproductive success and larval viability of corals.

The project will also consider other aspects about these organisms, such as the additional energy cost of the coral ability to adjust their physiology that is, acclimation, and keep the biological activity under environmental change conditions.

The CoralChange approach will enable the identification of potential energy costs of adaptive mechanisms regarding the ocean acidification and warming that can damage the early life stages the most vulnerable ones- of corals. This energy cost could cause effects on the viability of the future descendants of the coral populations which are now threatened.

The results of the project will be crucial to develop effective management and conservation strategies to protect coral reefs under different factors of environmental stress, as well as to identify the coral populations and species with more chances to survive under the future conditions in the marine environment.

Read the rest here:
CoralChange: a project to study and protect threatened coral by global change - Mirage News

The Frost Institute supports microbiome research at winter symposium – University of Miami

The recent 2020 Miami Winter Symposium featured scientists and researchers examining the current trends and medical opportunities in microbiome research.

Capable of improving peoples health and transforming care, microbiome research is an emerging field that was front and center during the recent 2020 Miami Winter Symposium.

Each year for the past 50 years, the Miami Winter Symposium highlights a trending research theme; experts and scientists come together to learn about new scientific methods and approaches related to the theme. This years focus was microbiome research, which featured world-renowned researchers at the forefront of the field.

During the event held Jan. 2629 at the Hyatt Regency Miami, interactive displays provided an opportunity for researchers to advance the field and contribute to groundbreaking studies in molecular mechanisms that link microbiome research and improvements in human health. The University of Miami Frost Institute of Chemistry and Molecular Science was a co-sponsor at the symposium.

In collaboration with the symposium, the Frost Institute presented a pre-conference panel session entitled Microbiome and Molecular Sciences: The Next Breakthroughs, which included a distinguished panel of top scientific journal editors, as well as industrial and academic scientists who discussed the current and future of microbiome research and its impact on health, the environment, and society.

The Frost Institute stimulates interdisciplinary research in the fields of chemistry and molecular science, and it is a bridge to new paths of collaboration in scientific discovery and dual research within this growing field of microbiome exploration that studies our world on a molecular level, said Leonidas Bachas, dean of the University of Miami College of Arts and Sciences and interim director of the Frost Institutes of Science and Engineering. It was exciting to see how these fields were represented by some of todays greatest minds in science, collaborating on ways to improve human health.

The panel discussion was moderated by Dr. Joan Guinovart, a scientist and professor of biochemistry and molecular biology at the University of Barcelona, and founder and director of the Institute for Research in Biomedicine. Featured panelists included Manoj Dadlani, CEO of CosmosID; Dr. Lakshmi Goyal, editor of Cell Host & Microbe; Dr. Andrew Marshall, chief editor of Nature Biotechnology; and Dr. Michal Toborek, professor and vice-chair for research at the University of Miami Department of Biochemistry and Molecular Biology.

Before a large audience of attendees from more than 30 countries, the panelists examined the current trends and research opportunities in microbiome research, which offers unending possibilities in a field able to pave the way for big breakthroughs.

Researchers continue to deepen their understanding of theimportance of environmental and community factors that drive microbiome composition. They emphasized that as we recognize the underlaying molecular mechanisms that determine microbe-host interactions,we can improve our understanding of the potential microbiome research provides in advancing health and treatment options.

The pre-session panel discussion at the Miami Winter Symposium was also hosted by the University of Miamis Department of Biochemistry and Molecular Biology and the Dr. John T. Macdonald Biomedical Nanotechnology Institute. Established in 2017, the Frost Institute of Chemistry and Molecular Science provides programs that advance collaboration and innovation and lead cutting edge research across the sciences.

Original post:
The Frost Institute supports microbiome research at winter symposium - University of Miami

20 stellar scientists and scholars win 2020 Sloan Research fellowships – University of California

Twenty early-career faculty from across the University of California have been named 2020 Sloan Research fellows, an honor that is often a hallmark of future greatness.

UCs fellows are among a class of 126 from 60 colleges and universities across the United States and Canada announced Feb. 12 by the Alfred P. Sloan Foundation. Winners receive a two-year, $75,000 fellowship, which can be spent to advance their research.

UC campuses dominated the list of winners, accounting for 15 percent of all Sloan Fellows. UC Berkeley had nine winners, UC San Diego had six, UCLA had four and UC Davis had one.

To receive a Sloan Research fellowship is to be told by your fellow scientists that you stand out among your peers, said Adam F. Falk, president of the Alfred P. Sloan Foundation. A Sloan Research fellow is someone whose drive, creativity and insight makes them a researcher to watch.

The Sloan Research fellowships are open to scholars in eight scientific and technical fields: chemistry, computer science, economics, mathematics, computational and evolutionary molecular biology, neuroscience, ocean sciences and physics.

Candidates are nominated by peers from their respective institutions. Winners are then selected by independent panels of scholars based on the candidates research accomplishments, creativity and potential to become leaders in their fields.

Sloan fellows have often gone on to make history. 50 Sloan fellows have won Nobel Prizes; 17 have won the Fields Medal in mathematics; and 69 have received the National Medal of Science.

Here are the University of Californias 2020 Sloan fellows:

Stephen Brohawn, UC Berkeley and Lawrence Berkeley National Laboratory

An assistant professor of molecular and cell biology, Brohawn studies lifes electrical system, which is responsible for sensation, thought, learning, memory and many other forms of communication within the body, from a molecular and biophysical perspective.

Roger Casals, UC Davis

An assistant professor in theDepartment of Mathematics in the College of Letters and Science, Casals research centers on how light behaves. His specialty, contact topology, is the study of geometric structures that can describe shapes appearing in rays of light, such as reflections off a rippling pond or the liquid crystals in a television screen.

Tarek M. Elgindi, UC San Diego

An assistant professor ofmathematics, Elgindis research focuses on the mathematical analysis ofmodels for incompressible fluids.

Benjamin Faber, UC Berkeley

An associate professor of economics, Faber works at the intersection of international trade and development economics, focusing on how globalization shapes economic livelihoods in developing countries.

Alex Frano, UC San Diego

An assistant professor ofphysics, Franos research is focused on investigating strongly correlated electron systems using various X-ray scattering techniques.

Sanjam Garg,UC Berkeley

An assistant professor of electrical engineering and computer sciences, Garg is a computer theorist who conducts research in cryptography and security.

Cecile Gaubert, UC Berkeley

An assistant professor of economics, Gauberts research interests include international trade and economic geography.

Heather Gray,UC Berkeley and Lawrence Berkeley National Laboratory

An assistant professor of physics, Gray is an experimental particle physicist working on the ATLAS experiment at the Large Hadron Collider outside Geneva, Switzerland. Her primary interest is the Higgs boson, the most recently discovered elementary particle.

Cressida Madigan, UC San Diego

An assistant professor ofmolecular biology, Madigan conducts research at the crossroads of microbiology, neurobiology and infectious disease. She focuses on the surprising number of microbial infections that can change functions of the nervous system. For example, bacteria that cause leprosy prevent pain sensation in the skin; bacterial meningitis causes neuronal injury; and congenital infections can slow neurodevelopment.

Sung-Jin Oh,UC Berkeley

An assistant professor of mathematics, Oh studies geometric partial differential equations, especially those which originate from physics. He combines ideas from a diverse range of fields, including harmonic analysis, differential geometry and physics.

Aditya Parameswaran,UC Berkeley

Parameswaran has a joint appointment in the School of Information and electrical engineering and computer science (EECS). He develops systems for interactive, or human-in-the-loop, data analytics by synthesizing techniques from database systems, data mining and human-computer interaction. His tools help end-users and teams make sense of large and complex datasets.

Ricardo Perez-Truglia, UCLA

Perez-Truglia is an assistant professor of economics in the global economics and management group at UCLA Anderson. He studies how social image and social comparisons shape economic behavior. What do others think of you? Are you rich? Smart? Hard-working? The desire to shape these opinions is a powerful driver of human behavior.

Erik Petigura, UCLA

Petigura, an assistant professor of physics and astronomy, studies exoplanets using ground-based and space-based telescopes. My passion for exoplanets is motivated by a deceptively simple, yet fundamental question: Why are we here? said Petigura. Our species has wrestled with this question since antiquity, and it resonates strongly with me.

Nadia Polikarpova, UC San Diego

An assistant professor ofcomputer science and engineering, Polikarpova builds practical tools and techniques that make it easier for programmers to create secure and reliable software.

Jose Rodriguez, UCLA

An assistant professor of chemistry and biochemistry, Rodriguez develops and applies new scientific methods in bio-imaging to reveal undiscovered structures that influence chemistry, biology and medicine. His laboratory is working to explore the structures adopted by prions a form of infectious protein that causes neurodegenerative disorders.

Amina Schartup, UC San Diego

An assistant professor ofmarine chemistryat Scripps Institution of Oceanography, Schartup specializes in tracing the chemical and biological cycles of metals, especially mercury, in the environment.

Daniel Stolper,UC Berkeley and Lawrence Berkeley National Laboratory

An assistant professor of earth and planetary science, Stolper focuses on generating and interpreting climate records of ancient Earth, primarily by studying the modern carbon cycle and reconstructing past atmospheric and marine oxygen concentrations.

Guy Van den Broeck, UCLA

Van den Broeck isanassistant professor of computer science whose research interests include machine learning, artificial intelligence, knowledge representation and reasoning, and applications of probabilistic reasoning and learning.He directsthe UCLAStatistical and Relational Artificial Intelligence (StarAI) laboratory.

Wei Xiong, UC San Diego

An assistant professor ofchemistry and biochemistry, Xiong investigates charge dynamics and molecular conformations at interfaces, and molecular dynamics and ultrafast photonics of molecular systems under strong coupling conditions.

Michael Zaletel, UC Berkeley and Lawrence Berkeley National Laboratory

An assistant professor of physics, Zaletel focuses on theoretical condensed matter physics and its intersection with quantum information and computational approaches. He aims to understand the behavior of electrons in quantum materials where entanglement and the strong interactions between electrons conspire to form new phases of matter.

Read more:
20 stellar scientists and scholars win 2020 Sloan Research fellowships - University of California

Mammals Can Delay The Development of Their Embryos, According to Recent Research – Dual Dove

Recent research sheds light on something quite peculiar, exploring a reproductive mystery that is present in more than 130 species of mammals. A team of researchers conducted by Abdiasis Hussein, an associate director of UW Medicines Institute for Stem Cell, also a UW professor of biochemistry, realized the intriguing findings on mammals.

The results not only bring more details for the understanding of postponed embryo implantation. It also indicates how some quickly splitting cells, such as those present in tumors, turn to be inactive.

To find out what leads to a biochemical hold-and-release on embryonic production, the team provoked diapause in a female mouse by decreasing the estrogen rates. Then, they realized a comparison of the diapause embryos to pre-implantation and post-implantation ones. They also provoked diapause in mouse embryonic stem cells by weakening the cells, and analyze those to actively developing mouse embryonic stem cells.

Researchers had also performed comprehensive investigations of how metabolic and signaling pathways manage both the inactive and active phases of mouse embryos and mouse embryonic stem cells in lab vessels.

Metabolism involves the life-supporting chemical actions cells take out to turn substances into energy, develop materials, and discharge waste. By examining those reactions final actions, dubbed metabolites, the researchers could start to realize the full picture of that occurs to cause diapause and how cells are delivered from its grips.

Bears, seals, weasel-like animals, or armadillos, experience seasonal diapause, as a regular part of their reproductive periods. Many classes of bears, for example, breed in the early stages of spring and sometimes even in early summer. The female then uncontrollable hunts for food, and only when it reaches sufficient weight and body fat, one or more of her embryos implant a few months later after she moves to her cave. Any baby bears would be born in late winter.

Ethelene is the main editor on DualDove, she likes to write on the latest science news.

Read the original here:
Mammals Can Delay The Development of Their Embryos, According to Recent Research - Dual Dove

Growing Demand for Eco-friendly Products to Bolster the Growth of the Synthetic Fiber Market 2017 2026 – TechNews.mobi

The Synthetic Fiber market research encompasses an exhaustive analysis of the market outlook, framework, and socio-economic impacts. The report covers the accurate investigation of the market size, share, product footprint, revenue, and progress rate. Driven by primary and secondary researches, the Synthetic Fiber market study offers reliable and authentic projections regarding the technical jargon.

All the players running in the global Synthetic Fiber market are elaborated thoroughly in the Synthetic Fiber market report on the basis of proprietary technologies, distribution channels, industrial penetration, manufacturing processes, and revenue. In addition, the report examines R&D developments, legal policies, and strategies defining the competitiveness of the Synthetic Fiber market players.

Request Sample Report @ https://www.transparencymarketresearch.co/sample/sample.php?flag=B&rep_id=2075

Segmentation

The report segments the global blood cell analyzer market based on product type, application, end user, modality, and region. The study provides offers share and size of these segments and presents a detailed revenue comparison across various regions over 20172022. Furthermore, year-over-year (YoY) growth during the historical period helps in making reliable projections.

On the basis of product type, the report bifurcates the market into semi-automated biochemistry analyzers and fully automated biochemistry analyzers. Of these, the fully automated biochemistry analyzers segment holds the dominant share and is projected to lead throughout the forecast period.

To offers a granular analysis of various applications, the study segments the market into clinical diagnostics market, drug development, and others. On the basis of end user, the study segments the market into hospitals, diagnostic centers, pharmaceutical companies, biotechnology companies, contract research organizations, and academic research institutes.

On the basis of modality, the study segments the market into bench-top and floor-standing.

The various regional markets profiled in the report are Latin America, North America, the Middle East and Africa Europe, Japan, and Asia Pacific excluding Japan (APEJ). Of these, North America is projected to lead, vis--vis revenue, throughout the forecast period.

Companies profiled in the report are:

The report offers an extensive profiling of various players and assesses competitive intensity in the market by analyzing primary strategies adopted by them to gain a better foothold. Prominent players profiled in the study are CellaVision AB, Sysmex Corporation, Abbott Laboratories, Danaher Corporation, Siemens Healthcare, Horiba Ltd, Bio-Rad Laboratories, Inc., F. Hoffmann-La Roche AG, Sigma Aldrich, and Boule Diagnostics AB.

Request For Discount On This Report @ https://www.transparencymarketresearch.co/sample/sample.php?flag=D&rep_id=2075

Objectives of the Synthetic Fiber Market Study:

The Synthetic Fiber market research focuses on the market structure and various factors (positive and negative) affecting the growth of the market. The study encloses a precise evaluation of the Synthetic Fiber market, including growth rate, current scenario, and volume inflation prospects, on the basis of DROT and Porters Five Forces analyses. In addition, the Synthetic Fiber market study provides reliable and authentic projections regarding the technical jargon.

RequestTOC For ThisReport @ https://www.transparencymarketresearch.co/sample/sample.php?flag=T&rep_id=2075

After reading the Synthetic Fiber market report, readers can:

Why choose Transparency Market Research?

We carry immense pride in saying that Transparency Market Research is one the leading market research firms in India. Our team is decorated with experienced analysts to offer you a comprehensive analysis of various ongoing trends across different industries. As we are recognized globally, we deliver client-centric reports driven by digital technologies. Our dedicated professionals are available round-the-clock to provide clients with innovative market solutions.

Tags: China Synthetic Fiber Market TrendEurope Synthetic Fiber Market GrowthUK Synthetic Fiber MarketUS Synthetic Fiber Market CAGR

Read this article:
Growing Demand for Eco-friendly Products to Bolster the Growth of the Synthetic Fiber Market 2017 2026 - TechNews.mobi

White-Reinhardt grant awarded to Kent County Farm Bureau – Dover Post

The Kent County Farm Bureau is one of 10 recipients of $1,000 each from the White-Reinhardt Fund for Education, which recognizes the outstanding agricultural literacy efforts of educators and communities across the country.

A total of $25,000 in scholarships and grants was given recently to build on their work to connect students with how their food is grown.

The grant will go to University of Delaware Cooperative Extensions 4-H Embryology Program, which teaches embryology in kindergarten through second grade classrooms throughout Kent County. Grant money will be used to upgrade the incubators used.

This is so awesome, and I know the teachers are going to be so excited to use the new (digital) models, said Kristen Cook, 4-H youth development educator. In doing some test runs and learning about the new incubator, we have seen the hatch rates increase from an average of 60-65% to closer to 90-95%. While this may seem minor, it is a huge improvement on the old model and will improve the experience for the participants even more.

Cook said the older models would be retained to slightly expand our reach within staffing limitations but mostly as back up incubators as the need arises.

The White-Reinhardt Fund for Education is a project of the American Farm Bureau Foundation for Agriculture, in cooperation with the American Farm Bureau Womens Leadership Committee. The fund honors two former committee chairwomen, Berta White and Linda Reinhardt, who were trailblazers in early national efforts to expand the outreach of agricultural education and improve agricultural literacy. Applications for the mini-grants are accepted in October and April.

Cook expressed her gratitude to the White-Reinhardt Fund and the Foundation for making this possible.

She relayed one success story from a teacher who wrote, The childrens interest in this science experiment was the most engaging of any weve done all year. They were able to verbally explain the steps of the life cycle of a chicken, describe the steps of how a chick hatches, learned empathy, how to care for a living thing and describe similarities and differences between the chicks.

The foundation also awarded 10 teachers and classroom volunteers with $1,500 scholarships to attend the National Ag in the Classroom Conference, to be held in Salt Lake City, Utah, June 23-26.

For more, call 697-3183.

Read more:
White-Reinhardt grant awarded to Kent County Farm Bureau - Dover Post

BizCap Structures and Delivers Financing for Bay Area Medical Clinic – News – ABL Advisor

Business Capital structured and delivered approximately $6MM in senior secured loans for NOVA IVF, a clinic established in 1987, providing in vitro fertilization (IVF) treatments with a consistent success rate well above average nationwide. With an experienced team of embryology doctors and among the highest percentage success rate, NOVA is reputed as one of the most desired treatment centers of its type, as evidenced by its one-year waiting list. The company is also a leader in egg-freezing technologies, a service which is increasingly in demand. This financing facility will allow the clinic to hire new physicians, take on additional clients waiting for treatment, and increase revenues.

Westhook Capital (Westhook), a Los Angeles-based private equity firm, today announced it has made an investment in Santa Rita Landscaping (Santa Rita), a leading provider of commercial landscaping services in Tucson, Arizona. The Company will continue to be led by Tanner Spross and Kathi Roche, who will remain in their positions as CEO and CFO, respectively. Santa Rita ranks #114 in Landscape Managements Top 150. Its services include the design, installation and maintenance of commercial landscape.

Brian Ham, co-founder of Santa Rita, said, We are very proud of our team and what we have built at Santa Rita. We are excited about Westhooks partnership-driven approach and weve been impressed by their deep expertise in the Green Industry.

See the article here:
BizCap Structures and Delivers Financing for Bay Area Medical Clinic - News - ABL Advisor

Why Women Grieve After Miscarrying And How Their Loss Is Changing The Misconceptions Of Miscarriage – YourTango

The grief of miscarriage is a modern phenomenon.

By Lizzy Francis

When Dr. Lara Freidenfelds, a historian of health, parenting, and reproduction,suffered a miscarriage17 years ago, she was shocked and distressed. But what shocked her the most, as a PhD candidate in the History of Science writing her dissertation on the modern period and menstruation in 20th century America, was just howcommon miscarriages were. (Around 20 percent of confirmed pregnanciesmiscarry.)

Even more surprising to her: if you take a pregnancy test as early as you can, about six days before your expected period, theres almost a one in three chance that you are going to lose that pregnancy.

This got her thinking, Why was the information that was out there when I was trying to get pregnant so obscure? she said. Why didnt I know that just getting a positive test didnt really tell me, yet, that I was successfully pregnant?

RELATED:7 Ways To Help Your Relationship After A Miscarriage

Pulling at these threads,Dr. Freidenfeldsdove into the history of miscarriages and came out with a brand new understanding of modern pregnancy and how market forces, medical advancements, pregnancy apps, and birth control have given expecting parents a sense of control and surety over their pregnancy that they just dont have in the first place.

Her new book,The Myth of the Perfect Pregnancy: A History of Miscarriage in America, is a deeply researched and thoughtful exploration of the history of miscarriages that serves to teach parents about the history of pregnancy, but also lift the shame over it.

Fatherlyspoke to Freidenfelds about the history of miscarriages, how birth control created unrealistic expectations for familys abilities to get pregnant, and how mens roles in pregnancy and miscarriage have shifted right alongside their partners.

What compelled you to write about the history of miscarriages?

I started researching this book, now, about 17 years ago when I had themiscarriage. Itreally made me feel better to start thinking through this. I know, as a historian, that before the 20th century, women didnt think about early pregnancy in the same way they do now. They thought of it as a suspicion, that you could be pregnant, but not being certain about it, looking for symptoms.

But then, if you had a late menstrual period, and even if it was a crampy, heavy one, if you didnt see the form of a child in it, then women would attribute it to either sickness or just a late period or a pregnancy that had sort of begun, that the materials had never really come together into a child.

I thought,why cant I think about my pregnancies that way, too? In some ways, we know a lot now. We know a lot about embryology. But weve lost a lot of really important knowledge about how often embryos dont actually succeed and arent actually viable.

And then, I wanted to know, how did we come to such a different understanding? And how did we, in the process of learning so much science and medicine, actually lose a key piece of knowledge about how uncertain early pregnancy is?

So, how did we lose that key piece of knowledge?

I think that theres some really large and important cultural forces at work. Theyve reshaped modern life in some really positive ways.

Around the time of the American revolution, women and men began to want to have control over their reproduction. At least by 1960,with the birth control pill, we succeeded. Were successful at preventing pregnancies when we dont want them, so now, we feel like when we do decide to be pregnant, that it should be successful.

What do you mean?

Modern birth control is a wonderful thing, but it has given us a misleading intuition about how secure pregnancies are. Secondly, our vision of parenting has shifted in some really important ways.

In colonial America, sure, you would like a child to love, but, parenting happens just because you got married. It was up to God and fate how many children you had, and children were for helping with household work, and working on the farm, and supporting you in your old age, and respecting God.

All of those reasons for being a parent over the last few centuries have dropped away. Today, our parenting is really focused, almost exclusively, on forming a loving bond with a child. That idea ofwhen that bond is supposed to start has moved earlier and earlierinto pregnancy and in recent decades, into even the first weeks of pregnancy.

So, while I think that its wonderful that we focus on having a loving bond with our children now, I do think theres been some really emotionally traumatic side effects with starting to think that way at the very beginning of pregnancy. And then, marketers have gotten in the mix and are important pieces of this.

RELATED:4 Common Relationship Problems That Happen After You Have A Miscarriage

When did this begin?

Some of this begins with the 1920s advertisements for special Sears catalogs the baby edition. But it really gets going in the 1960s, when marketers became a lot more sophisticated about reaching specific segments, and realizethat pregnant women are a really valuable group of consumers, because theyre about to make a bunch of brand choices.

Over the decades, since then, the market has gotten more and more aggressive about reaching women as early as possible in their pregnancy. A lot of pregnancy advice on websites and on apps is actually driven by marketing and advertising.

A responsible pregnancy manual author would never tell you to start browsing baby names at five weeks pregnant. But your app? Or your pregnancy website? It might very well do that, because they have every incentive to feed your excitement and your emotional attachment to your pregnancy.

It has gotten out of control.

Really out of control. So, as nice as it is that we have these wonderful baby products, the consumer culture has really gone in a direction that has not served peoples emotional well-being when it comes to early pregnancy.

And then we have these great medical technologies! Weve made new rituals aroundultrasounds, and home pregnancy testing, that have also contributed to making us feel like its a real baby at a time when, in fact it may not be secure yet.

So, 150 years ago was there not a lot of grief, or even a culture of silence around miscarriage?

Nineteenth century women werent talking about miscarriages in letters or diaries a lot. Part of whats complicated about this is, before people had good control of their fertility, they already had begun wishing for smaller families, and doing what they could to have smaller families.

So, 19th century women were commonly using douching and withdrawal and folk methods, like heavy work or going on a bumpy carriage ride to try to bring on the menses, to try to not have a pregnancy this month.

So, if thats how youre thinking about early pregnancy as something that youre largely trying to avoid youre not that often in the situation of feeling distress about an early pregnancy loss. It took having a certain amount of control over fertility before early losses could seem like something that was clearly undesirable. So thats part of it.

The idea that having a choice in being able to limit pregnancy makesthe loss of wanted pregnancy more jarring.

Part of it also is that when women wrote aboutsecond trimester losses, they were scary medical situations. They were relieved at not dying from them.

So, the loss of the child was secondary to being relieved to have survived the process. Pregnancy and birth has become so much safer that we can focus on the expected child, and not on surviving the birth or miscarriage.

We see how womens attitudes towards miscarriages have changed over the last 150 years or so. Is there a sense that mens attitudes have changed alongside this shift?

Historically, when women had pregnancy losses that they were confident were pregnancy losses, so, later in pregnancy, husbands were part of it in the same way they were part of birth, which is that they were responsible for calling an assistant, or a medical practitioner, to come in and assist and make sure their wife survived.

Men were highly invested, and very concerned, because they had the same concerns that their spouse could lose her life. They werent necessarily expected to be thinking about pregnancy as an already existing baby.

What has changed today as far as mens relationship to miscarriage?

I think that, in many positive ways, the expectations about husbands and male partners being part of pregnancy is a new thing. Thats great for many couples.

In some ways, some of these rituals weve developed around our medicine the ultrasound, going in for the ultrasound to see the baby is partly about helping the father feel involved, because he cant feel the pregnancy. But this way, he has a window into whats going on. Its also not literally the seeing of it. Its having a ritual format where you go in and start imagining yourself as parents, together.

And thats something that fathers can participate in. Thats very nice. But its just really hard on people when you find a miscarriage, instead of seeing the heartbeat.

RELATED:9 Perfectly-Worded Greeting Cards For When Your Friend Loses A Baby

Yes, incredibly.

So, fathers, I think, are experiencing the losses more directly now because of that. And the same thing withhome pregnancy tests, especially with websites suggesting many exciting and sentimental ways for women to share their positive home pregnancy test with their spouse or other relatives.

It can be a really nice way for fathers to be involved in their future parenting right from the same time as their partners. On the other hand, that means that theyre going to face the loss as well.

When parents suffer a miscarriage, its often an incredibly sad time for them. The grief is real.

People grieve in different ways. Part of whats so complicated about the situation, in terms of people giving appropriate emotional support, is that you dont know if your friend or relative who miscarried felt like they lost a child, and are grieving a death in the family, or, if they are very disappointed, but are ready to try again next month and youre going to make it harder for them if you say, Im so sorry your baby died.

Yes, and its hard to know, as a friend or family member, how to discuss it. Or if its appropriate to bring it up. So, its often not addressed.

I think that people are looking for certain kinds of support, because we dont talk about it. And people dont talk about it, partly because they are protecting themselves from the burden of what people might put on them having heard of their miscarriage.

We dont have a standard ritual for handling miscarriage. We often dont know how to feel about it, which is sort of a strange thing.

It is strange.

Thenarratives that tend to get offered are trying to support women who are grieving their miscarriage. I think grievers do need a lot of support. But, its not true that the only way to think about a miscarriage is as the death of a child.

If you tell people that that is the way youre supposed to think about it, its going to hurt people at the same time it helps others. I would like to see more discussion in our popular support literature about the variety of ways people might think about a miscarriage and also, that how you think about your miscarriage might change over the course of your life. Its not something that happens once, you experience it, and its permanently that way.

No life experience is. But this one, more than others, can change in its meaning and how you think about it in the context of your journey to parenthood, depending on how that goes.

So, what do you think is the correct course of action?

We need to have this discussion enough so that people know it might happen ahead of time so that they can go into childbearing with the information that they may get pregnant next month and have a baby in nine months.

They may take six months to get pregnant. They may have a successful pregnancy the first time around or the first one may not stick and it may take another try.

All of those are normal, healthy ways that people have their children and if we can go in knowing that that might be the case, we might be able to handle early pregnancy a little bit differently so that when they dont work out, its not as distressing.

RELATED:The Devastation Of Having A Miscarriage While Your Friend Has A Baby

Lizzy Francis is a writer who focuses on family, parenting, and health and wellness. For more of her family content, visit her author profile on Fatherly.

This article was originally published at Fatherly. Reprinted with permission from the author.

Originally posted here:
Why Women Grieve After Miscarrying And How Their Loss Is Changing The Misconceptions Of Miscarriage - YourTango

The Father of Siri Has Grown Wary of the Artificial Intelligence He Helped Create – Willamette Week

As a psychologist, Tom Gruber is in awe of Facebook. As a computer scientist and citizen of the earth, it scares the crap out of him.

Facebook runs experiments on human behavior that psychologists can only dream about, Gruber says. The trials are done on millions of people, a sample size that's impossible in academia. Dozens of times a day, Mark Zuckerberg tweaks his artificial intelligence to see what will keep his 2.5 billion subscribers scrolling through Facebook, and to make them confuse advertising with news so they click on the ads, Gruber says.

"They have the world's largest psychology experiment at their disposal every single day," Gruber says. "They can do experiments that science can't do, at scale."

Gruber, who speaks at TechfestNW this April, is hardly a bomb-thrower. He is a pioneer in artificial intelligence and the co-inventor of Siri, the digital assistant on the iPhone that uses AI and speech recognition to answer billions of questions each year.

Since selling Siri to Apple in 2010, though, Gruber has become one of a small group of technologists who have grown wary of the AI they helped create. He plans to talk about the dangerand promiseof artificial intelligence at TechfestNW.

Facebook and YouTube have more than 2 billion users each, making them as big as the world's two biggest religions, Christianity and Islam, Gruber says.

"And I would add that even the people who pray to Mecca five times a day, only do it five times a day," Gruber says. "Our millennials check their phones 150 times a day."

Gruber has deep roots in techdom. He earned a bachelor's degree in computer science and psychology from Loyola University in New Orleans, got his Ph.D. in computer and information science from the University of Massachusetts, then did research at Stanford University for five years.

Siri grew out of a Stanford spinoff called SRI International. Gruber consulted at SRI in 2007, and, soon after, he and two others, Dag Kittlaus and Adam Cheyer, spun off newer digital-assistant technology that went beyond the DARPA work. They named the new company Siri, which means "beautiful woman who leads you to victory."

Siri is actually a collection of powerful neural networks: mathematical formulas running on computers that analyze huge amounts of data and learn the patterns within them. Turn a neural net loose on a million samples of spoken language, and it will start to recognize words and their meaning. No longer do programmers have to tell computers what to do, logic step by logic step.

Steve Jobs persuaded Gruber and his partners to sell to Apple in 2010 for some $200 million, according to Wired magazine.

Gruber retired from Apple in 2018 and founded Humanistic AI, a firm that helps companies use machine intelligence to collaborate with humans, not replaceor terrorizethem.

Unlike some AI doomsayers, including Tesla inventor Elon Musk and podcasting neuroscientist Sam Harris, Gruber thinks AI can be tamed. Right now, it's a science experiment gone wrong. Frankenstein never meant for his monster to become a killer, and Zuckerberg, he says, never intended Facebook to set us at each other's throats, over politics or anything else.

"My argument is that this is an unintended consequence," Gruber says. "We'll give them a pass on being evil geniuses. Maybe some of them are. But let's assume good intentions."

When it comes to Zuckerberg, assuming good intentions is controversial. In July, Facebook agreed to pay a record $5 billion fine to settle charges by the Federal Trade Commission that it abused users' personal information.

So call Gruber an optimist. He thinks the same algorithms that prey on our bad habits can be used to encourage good ones.

Tech companies make excuses for why they can't police their networks, and most involve money. So far, humans are better at sorting lies from truth, and hate from news. That means you have to hire a lot of humans, which is anathema to the tech monopolies. Gruber says they need to suck it up.

"It's like when the auto industry said, 'Air bags are going to put us out of business, so don't impose this onerous thing on us,'" Gruber says. "It's all bullshit."

And there's more. Why not run all these vast experiments on human behavior to improve human life, instead of wrecking it? Why not use AI to change the habits that lead to type 2 diabetes, heart disease, hypertension, and suicide?

"We have weak theories about what makes people tick, and what to do to help them do better things," Gruber says. "But AI has shown that if you want to get 2 billion people addicted to something that's not good for them, you can do it."

AI doesn't know if it's operating for good or evil, Gruber says. Someday it may, but for now, it's up to humans to direct it.

So far, we've been crappy shepherds.

GO: TechfestNW is at Portland State University's Viking Pavilion, 930 SW Hall St., techfestnw.com. Thursday-Friday, April 2-3. Visit the website for tickets.

Link:
The Father of Siri Has Grown Wary of the Artificial Intelligence He Helped Create - Willamette Week