Podcasts about gylys

Lietuvos žemės ūkis laikosi ant kantriausių ir darbščiausių ūkininkų -įsitikinęs ūkininkas Kęstutis Gylys iš Paneveržio kaimo, Kuktiškų seniūnijoje, Utenos rajone, turintis 35 melžiamų karvių ūkį. Anot jo, mažesnieji pieno ūkiai kenčia nuo nesąžiningai mokamų kainų už pieną ir skirstomos paramos. Plėsti ūkį ar pereiti prie pieno produktų gamybos – ūkininkas neplanuoja, nemato perspektyvų.Ar valgė Lietuvos bajorai - lašinius? Čekiškės ūkio direktorė Brigita Bingelytė (Kauno r. Čekiškės sen. Purvaičių k.) parodos „Rinkis prekę lietuvišką“ Metų gaminio konkursui pristatė sūdytų lašinių užtepėję, kurią gamino ir valgė jos seneliai - bajorai. Lašinių užtepėlė įvertinta sidabro medaliu, o švelniai rūkyta nugarinė - net aukso.„Verslas“. Netoli Kernavės (Širvintų r.) ėmus statytis šeimos namą, pokyčiai buvo net tik persikraustymas į naują gyvenamąją vietą, bet ir naujos veiklos pradžia. Iš Žemaitijos kilęs Darius Venckus iki namo statybos pradžios medžio darbų nebuvo išbandęs, bet šie taip užkabino, jog jis ėmėsi jų mokytis savarankiškai. Prieš ketverius metus atidarė ir medžio gaminių dirbtuves. Dabar čia triūsia 5 žmonių kolektyvas, dirbinius gaminantis pačiomis moderniausiomis medžio apdirbimo staklėmis.Ved. Kristina Toleikienė

Pavasarį ištirpus sniegui reikia imtis vejos priežiūros. Kaip tai atlikti taisyklingai ir kokias priemones taikyti?Paneveržio kaime karves augina jau penkta ūkininkų Gylių karta. Dabar Utenos rajone esančiam ūkiui vadovauja Kęstutis Gylys, o jame tvarkytis padeda trys jo sūnūs.Kokios svogūninės gėlės jau žydi parkuose ir darželiuose?Ved. Saulenė Pečiulytė

Apie tikrus dalykus versle - HAI instituto įkūrėja Rasa Baltė-Balčiūnienė ir UAB „Imunodiagnostika“ įkūrėjas ir vadovas Gintautas Gylys: - apie tikrumo versle sampratą - nuo 01:59:27 - apie tikrumą reaguojant į aplinkos iššūkius - nuo 04:52:00 - apie būdus ugdyti tikrumo pajautą - nuo 14:33:70 - apie tikrą santykį su savo sveikata - 20:30:33

Apie laimę daryti gera, laimę ieškoti savęs ir mokytis iš nesėkmių. Pokalbis su verslininku ir filantropu Benediktu Gyliu. Ved. Rimantė Kulvinskytė.

Šilutės rajono Gardamo parapijoje jau dešimt metų klebonauja Antanas Gylys. Pradėjęs tarnystę kunigas suremontavo nykstančią Šv. Roko bažnyčią, sutvarkė aplinką, atstatė kleboniją. Dvasininkas taip pat yra Klaipėdos jūrininkų ligoninės Psichiatrijos departamento Švėkšnoje kapelionas. Jis mintija: „Tai labai sudėtinga gydymo įstaiga, kurios ligoniai serga dvigubai: pavargęs kūnas ir vaitojanti siela. Jų dalia – nesibaigiantis Golgotos kelias.“ Ved. Jolanta Jurkūnienė.

This week on Science Today. A recent UCLA study has found that diet and exercise can reduce protein build-ups linked to Alzheimer’s disease in those who have subtle memory loss, but have yet been diagnosed with dementia. "A few years ago, nobody ever thought that you could measure a change with just an exercise intervention, so there are some big advances being made." That’s Alzhiemer’s disease researcher Karen Gylys, who we interviewed recently at UCLA about her own novel work looking at Alzheimer’s disease progression in the synapses. Since the disease is so complicated, Gylys explains it will take more than just one solution to stave it off, but she is bolstered by her work and those of her colleagues’. And at the UC San Francisco, medical students and are excited to be part of a new curriculum called Bridges, gives us a glimpse into what doctors of the future may be like. Dr. Anna Chang, who helped develop the coursework, says they’re basically pioneering the way medical students are being taught. "Never before have 150 first year medical students gone out to the clinical settings and been challenged to answer questions like, what do you see? What ideas do you have? And what can you do to improve the lives of patients? We are giving our medical students a chance to do so from the moment that they step in the door." And materials scientists and mechanical engineer Suveen Mathaudhu of UC Riverside describes how car manufacturers are striving to reduce carbon pollution and improve fuel efficiency by producing cars using lightweight materials without sacrificing strength. Mathaudhu says just the copper cabling alone in the average car, which is used for electrical conductivity, weighs about 300 pounds. "If we could get a fraction of that conductivity in aluminum, it would not only be cheaper to implement, it would be lighter weight. So, one of the interesting things that we can do is we can use nanostructured features in aluminum to maintain the conductivity that it has while boosting the strength of the aluminum." Learn more about University of California research – subscribe to Science Today on iTunes or follow us on Facebook. Thanks for listening, I’m Larissa Branin. Subscribe to Science Today: iTunes: apple.co/1TQBewD Stitcher: www.stitcher.com/podcast/science-today Follow us on Facebook: www.facebook.com/ucsciencetoday Stories mentioned in this roundup: https://soundcloud.com/sciencetoday/alzheimers_diet https://soundcloud.com/sciencetoday/bridges_students https://soundcloud.com/sciencetoday/cars_lightweight

A recent UCLA study has found that diet and exercise can reduce protein build-ups linked to Alzheimer's disease in those who have subtle memory loss, but have yet been diagnosed with dementia. "The data that lifestyle, that diet and exercise can impact cognition relatively quickly, that's pretty new data. A few years ago, nobody ever thought that you could measure a change with just an exercise intervention, so there are some big advances being made." That's Alzheimer's disease researcher Karen Gylys of the UCLA School of Nursing. We interviewed Gylys recently about her own novel work looking at Alzheimer's disease progression in the synapses, where the brain cells transmit impulses. At the time, she explained how complicated Alzheimer's is and how it will take more than just one solution to stave it off, but she was bolstered by findings that exercise and a Mediterranean-rich diet were linked to lower levels of plaques in brain scans. "Understanding the power of these lifestyle interventions makes me optimistic."

This week on Science Today: Astrophysicist Richard Klein of the University of California, Berkeley gives us a glimpse at his new supercomputer simulation that covers 700,000 years of star formation. "So we start with these turbulent magnetized clouds. Follow the cloud for up to a million years of evolution, all the way to the point where stars can form in clusters." Klein is currently working on an even larger simulation and hopes they will lead to a comprehensive theory of star formation. With this next piece, we pull our heads out of the clouds and dive into the world of cephalopods – creatures like squid, octopus, and cuttlefish. Although these animals lead strikingly colorful lives, they’re thought to be colorblind. But UC Berkeley graduate student Alexander Stubbs theorizes that their bizarre pupil shape can in fact help them detect color. "And what we showed in this paper is that their fairly unique pupil shape – with a U-shaped pupil in cuttlefish and squid or a dumbbell shaped bar pupil in octopus – means that they blur their image, but in a color dependent way." To test his theory, Stubbs had to get creative. His father, Christopher Stubbs of Harvard University, programmed a computer simulation to model this type of eyesight, showing how this color blurring may help explain the paradox of cephalopod vision. We then visit UCLA, where we speak with professor Karen Gylys about how she creatively studies the brain to better understand Alzheimer’s disease. Gylys can essentially isolate synapses - the space between two neurons. "It’s cryopreserved so that we can get these little spherical, they’re called ‘synaptosomes.’ And so that gives us the ability to sort of see into the synapse – to study what’s happening. We actually purify thousands and thousands synapses." If you want learn more about research at the University of California, subscribe to UC Science Today on iTunes or Stitcher. You can also follow us on Facebook. Thanks for listening. I’m Larissa Branin. Subscribe to Science Today: iTunes: apple.co/1TQBewD Stitcher: www.stitcher.com/podcast/science-today Follow us on Facebook: www.facebook.com/ucsciencetoday Stories mentioned in this roundup: https://soundcloud.com/sciencetoday/supercomputer_stars https://soundcloud.com/sciencetoday/octopus_eye https://soundcloud.com/sciencetoday/synapse_brain

A synapse is the point of communication between two neurons and researchers can actually study them in great detail. "It turns out that we can isolate synapses. They’re about a micron and they reseal themselves into little circles, into little spheres that we can study biochemically." That’s Karen Gylys, a professor at the UCLA School of Nursing, who has been studying Alzheimer’s disease using cryopreserved tissue. "It’s cryopreserved so that we can get these little spherical, they’re called ‘synaptosomes’. And so that gives us this ability to sort of see into the synapse – to study what’s happening. We actually purify thousands and thousands of synapses." Gylys explains that they do this by using a laser-based technology called flow cytometry, which suspends cells in a stream of fluid and passes them one at a time, through an electronic detection apparatus. "In addition to having the cryopreserved tissue that makes the synaptosomes by use of flow cytometry, we can ask the questions we want to ask with very great precision."

Why do some people develop Alzheimer’s disease and other do not? UCLA researchers have found a possible answer. Study leader Karen Gylys says they analyzed cryopreserved human tissue samples from cognitively normal patients and those with dementia. This was to get a snapshot of the synapse – that’s the brain’s point of communication between two neurons. "Hopefully, if we understand what’s happening in synapses, we can understand better how to protect synapses because it’s when the synapses go that the cognitive deficits appear." In their samples, Gylys and her colleagues looked at one measure in particular – amyloid beta oligomers. These are clumps of amyloid beta protein before they become actual plaques. Patients with early stage dementia had high levels of oligomers. "Somehow there’s a threshold level of synaptic oligomers that once it’s crossed, that’s when you start getting dementia symptoms. What that suggests is that if you’re able to keep your level of synaptic oligomers low, then maybe you can escape the symptoms."

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