#Craig C. Mello
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Ecofemminismo della petunia
Del giardino mi piace soprattutto quanto sia vicino all’imponderabile, a quel punto ineffabile in cui natura e cultura, fisica e metafisica, tangibile e simbolico coabitano in un tempo che è dentro e fuori le cose. Un tempo pieno di sorprese. Non ponderabile significa non misurabile ma non per questo inesistente. In passato quando il colore, la luce, il calore, l’elettricità, il magnetismo non…

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#Andrew Z. Fire#cambiamenti climatici#Craig C. Mello#ecofemminismo#ecologia#femminismo#genetica#habitat#Harry Potter#HIV#Il lavoro culturale#J. K. Rowling#Jung#Mano#Nobel#petunia#Petunia Addmas#Petunia Evans Dursley#RNA interference#sincronicità#Viviana Scarinci#zia Petunia
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The CERV protein of Cer1, a C. elegans LTR retrotransposon, is required for nuclear export of viral genomic #RNA and can form giant nuclear rods
by Bing Sun, Haram Kim, Craig C. Mello, James R. Priess Retroviruses and closely related LTR retrotransposons export full-length, unspliced genomic #RNA (g#RNA) for packaging into virions and to serve as the #mRNA encoding GAG and POL polyproteins. Because g#RNA often includes splice acceptor and donor sequences used to splice viral #mRNAs, retroelements must overcome host mechanisms that retain intron-containing #RNAs in the nucleus. Here we examine g#RNA expression in Cer1, an LTR retrotransposon in C. elegans which somehow avoids silencing and is highly expressed in germ cells. Newly exported Cer1 g#RNA associates rapidly with the Cer1 GAG protein, which has structural similarity with retroviral GAG proteins. g#RNA export requires CERV (C. elegans regulator of viral expression), a novel protein encoded by a spliced Cer1 #mRNA. CERV phosphorylation at S214 is essential for g#RNA export, and phosphorylated CERV colocalizes with nuclear g#RNA at presumptive sites of transcription. By electron microscopy, tagged CERV proteins surround clusters of distinct, linear fibrils that likely represent g#RNA molecules. Single fibrils, or groups of aligned fibrils, also localize near nuclear pores. During the C. elegans self-fertile period, when hermaphrodites fertilize oocytes with their own sperm, CERV concentrates in two nuclear foci that are coincident with g#RNA. However, as hermaphrodites cease self-fertilization, and can only produce cross-progeny, CERV undergoes a remarkable transition to form giant nuclear rods or cylinders that can be up to 5 microns in length. We propose a novel mechanism of rod formation, in which stage-specific changes in the nucleolus induce CERV to localize to the nucleolar periphery in flattened streaks of protein and g#RNA; these streaks then roll up into cylinders. The rods are a widespread feature of Cer1 in wild strains of C. elegans, but their function is not known and might be limited to cross-progeny. We speculate that the adaptive strategy Cer1 uses for the identical self-progeny of a host hermaphrodite might differ for heterozygous cross-progeny sired by males. For example, mating introduces male chromosomes which can have different, or no, Cer1 elements. https://journals.plos.org/plosgenetics/article?id=10.1371%2Fjournal.pgen.1010804&utm_source=dlvr.it&utm_medium=tumblr
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Quiff,, Wolfgang Schmidt
Sincerely to: Andy Hall, Sheikha Al Mayassa bint Hamad bin Khalifa Al-Thani, Paul Allen, Edythe L. and Eli Broad, Rosa and Carlos de la Cruz, Patricia and Gustavo Phelps de Cisneros (Venezuela and Dominican Republic), Donald and Mera Rubell, Steven A. 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Ross Jr. (United States), Dmitry Rybolovlev (Russia), Lily Safra (Brazil),Tony Salamé (Lebanon), Patrizia Sandretto (Italy), Eric Schmidt (United States), Alison Pincus, Heather Podesta, Colette and Michel Poitevin, Thomas J. and Margot Pritzker, Bob Rennie, Craig Robins, Deedie and Rusty Rose, Stephen Ross, Alex Sainsbury, Alain Servais (Belgium), Carlos Slim (Mexico), Julia Stoschek (Germany), Budi Tek (Indonesia), Janine and J. Tomilson Hill III (United States), Trevor Traina (United States), Alice Walton (United States), Robert & Nicky Wilson (United Kingdom), Elaine Wynn (United States), Lu Xun (China), Muriel and Freddy Salem, Denise and Andrew Saul, Steven A. Schwarzman, Carole Server and Oliver Frankel, Ramin Salsali, David Shuman, Stefan Simchowitz, Elizabeth and Frederick Singer, Jay Smith and Laura Rapp, Jeffrey and Catherine Soros, Jerry Yang and Akiko Young (United States), Liu Yiqian and Wang Wei (China), Anita and Poju Zabludowicz (United Kingdom), Jochen Zeitz (South Africa), Qiao Zhibing (China), Jerry Speyer and Katherine G. Farley, Susana and Ricardo Steinbruch, Kai van Hasselt, Francesca von Habsburg, David Walsh, Artur Walther, Derek and Christen Wilson, Michael Wilson, Owen Wilson, Zhou Chong, Doris and Donald Fisher, Ronnie and Samuel Heyman, Marie-Josee and Henry R. Kravis, Evelyn and Leonard Lauder, Jo Carole and Ronald S. Laude, Francois Pinault (France), Udo Brandhost (Köln), Harald Falckenberg (Hamburg), Anna and Joseph Froehlich (Stuttgart), Hans Grothe (Bremen), UN Knecht (Stuttgart), Arendt Oetker (Köln), Inge Rodenstock (Grünwald), Ute and Rudolf Scharpff (Stuttgart), Reiner Speck (Köln), Eleonore and Michael Stoffel (Köln), Reinhold Würth (Niedernhall), Wilhelm and Gaby Schürmann, Ivo Wessel, Heiner and Celine Bastian, Friedrich Karl Flick, Monique and Jean-Paul Barbier-Mueller (Genf), Christa and Thomas Bechtler (Zürich), David Bowie (Lausanne), Ulla and Richard Dreyfus (Binningen und Gstaad), Georges Embiricos (Jouxtens and Gstaad), Friedrich Christian "Mick" Flick (Hergiswil and Gstaad), Esther Grether (Bottmingen), Donald Hess (Bolligen), Elsa and Theo Hotz (Meilen), Baroness Marion and Baron Philippe Lambert (Genf), Gabi and Werner Merzbacher (Zürich), Robert Miller (Gstaad), Philip Niarchos (St. Moritz), Jacqueline and Philippe Nordmann (Genf), Maja Oeri and Hans Bodenmann (Basel), George Ortiz (Vandoeuvres), Graf and Gräfin Giuseppe Panza di Biumo (Massagno), Ellen and Michael Ringier (Zürich), Andrew Loyd Webber, Steve Martin, Gerhard Lenz, Elisabeth and Rudolf Leopold.
https://www.saatchiart.com/art/Painting-Quiff/694205/3616535/view
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TAFAKKUR: Part 164
Micro-regulators of Life
The inventory of the universe is composed of matter, which is located in stars and galaxies. Only a small fraction of the universe is considered ordinary matter (about 5 %); most of the universe is actually made of a mysterious force called dark matter (about 95%). In some ways, a human being is a small universe. The human body has some similarities with the macro-universe in terms of genetic components. A tiny portion of the human genome (the full set of genes and genetic sequences) contains genes that are functional and code for proteins, but a majority of the DNA is made of non-coding DNA. Initially, this led to more than 95% of the human genome being defined as junk DNA. Yet recent findings have shown that this 'junk’ has various purposes. It can function as a spacer element for DNA binding proteins, function as a regulatory element, or be home for non-coding RNAs. Ribosomal RNAs, transfer RNAs, and microRNAs are among the most important non-coding RNAs. While it’s fascination to think about the discoveries made at the cell level regarding DNA, RNA, and proteins, the most fascinating breakthroughs have been at the micro level, among microRNAs. These non-coding RNAs are not translated into proteins, like other coding RNAs, but these tiny RNAs seem to regulate macro systems in the human body, through a hidden layer of regulation that we were not previously aware of.
MicroRNAs as tiny regulators with big roles
Tiny RNAs, known as microRNAs, have been shown to regulate many components of the body’s cellular machinery. They are called microRNAs because they are only 22 nucleotides in size (compared to the 2200 nucleotide-long messenger RNA). Amazingly, these small non-coding RNAs can turn off the translation of their target genes. They act as control switches by targeting the 3' untranslated regions of messenger RNAs (mRNA) for translational repression or cleavage, thus resulting in a reduction of protein levels. Because each microRNAs can regulate hundreds of messenger RNAs, there are probably few cellular processes not affected by microRNAs. For instance, microRNAs have recently emerged as playing important roles in a variety of cellular processes, such as heart development, stem cells, insulin secretion, and cholesterol synthesis. MicroRNAs were first discovered in worms more than 20 years ago. For many years, scientists thought that DNA was transcribed to RNA, and then translated to protein. Those proteins are major regulators in the cell. Now, they appreciate that there are more levels of control and a number of non-coding RNAs that regulate the level of cellular components. About one thousand microRNA genes have been discovered in the human genome. This makes the microRNAs one of the most abundant classes of regulatory genes. As a result of the discovery of this new and major level of regulation in the cell, Dr. Andrew Z. Fire and Dr. Craig C. Mello were awarded the 2006 Nobel Prize in Physiology or Medicine.
MicroRNA biogenesis
Unlike other RNAs, the production of microRNAs is quite different. As depicted in figure 1, the generation and activity of microRNAs requires special microprocessors, known as RNA polymerase II, Drosha, Exportin, Dicer, and RISC complex. RNA polymerase II transcribes (reads the microRNA DNA code) primary microRNA transcripts; then the Drosha process transforms primary microRNA into precursor microRNA in the nucleus. For activity and further processing, precursor microRNA are exported into cytoplasm by Exportin. In the cytoplasm, Dicer cuts precursor microRNA and generates mature 22 nucleotide long microRNA. Then, mature microRNA are incorporated into the RNA inducible silencing complex (RISC) where they target messenger RNAs (mRNA), either for degradation or translational repression. Even though there are extensive studies on microRNAs, it is still mostly unknown how microRNAs target specificity is determined and how they target messenger RNAs for mRNA degradation or translational repression. For a functional microRNA in the cell, it is amazing that a series of microprocessors should take place. They recognize different microRNAs as substrates and do their job as they are supposed to. It seems that the existence and regulation of microRNA processing abilities cannot be by mere chance.
MicroRNAs as therapeutics
MicroRNAs are considered "fine tuners" of cellular processes because of their subtle effects on their targets. However, because microRNAs can target a number of genes and genetic pathways, the study of microRNAs and their regulation and role in diseases is highly promising in terms of developing new therapeutic approaches. Treatments by targeting microRNAs using microRNA inhibitors (antisense RNA nucleotides) are under intense study and several of them have been shown to be effective in animal models. A MicroRNA known as miR-122, for instance, has been shown to regulate cholesterol levels. Scientists targeted this liver-specific microRNA by using a microRNA inhibitor and they found that the downregulation of miR-122 resulted in a 40% decrease in cholesterol levels in the blood.
MicroRNAs in cancer therapy
With the discovery of new and better tools to detect and manipulate microRNA levels in cell cultures and tissues, researchers are now attempting to identify the specific features of each microRNA and their role in cancer and other devastating diseases. There are some microRNAs that are highly correlated with cancer formation. Cancer is cellular anarchy characterized by a proliferation of cells without control. A group of miRNAs known as the miR-17-92 family have been found to increase, and their higher levels result in cancer formation as found in some lymphomas and solid tumors. It is believed that better understanding and use of microRNAs or microRNA inhibitors could enable doctors to treat diseases like cancer. In the near future, microRNA studies are also expected to provide early detection of progressive diseases, better markers for cancer initiation, and cancer specific drug selections.
MicroRNAs as cancer drug boosters
The most straightforward application of microRNA research has been cancer chemotherapies. The potential of use of microRNA applications to increase the effectiveness of current cancer drugs seems highly likely. Companies and universities are looking for microRNA partners to increase the effects of drugs like Taxol, which is currently used in chemotherapy. Taxol, for example, currently works for about 30% of lung cancer patients. But, if we can find a microRNA partner with that drug to make it 40%, it will mean saving thousands of lives. This is a hopeful sign for the future of cancer treatment. On the other hand, it is known that in the case of any chemotherapy, there are unwanted side effects. Although use of higher dose of drug will kill more tumors, the side effects of this drug will cause other issues. Discovery of partners like microRNAs that boost the effectiveness of cancer drugs or decrease side effects can help to treat more patients or help them overcome unwanted side effects.
Taking microRNAs to the heart of the matter
Heart diseases represent the primary cause of death in developed countries. Recent studies have identified microRNAs associated with heart diseases, including cardiac hypertrophy, heart failure (inability of the heart to pump sufficient blood to the organism), and myocardial infarction (the death of the cardiac muscle resulting from interruption of the blood supply). Mir-1 expression levels, for example, are low in human heart disease and it is known to regulate Hand2, a protein required for the growth of heart muscle cells. The levels of another microRNA, called miR-21, have consistently increased through cardiac stress and have been shown to regulate cardiac growth as well. Importantly, miR-133 is believed to repress cardiac hypertrophy, thus the use of synthetic miR-133 molecules is possible as a therapeutic for patients with pathological hypertrophy. However, more studies to understand heart-associated miRNAs are needed in order to have clinical trials for the treatment of heart diseases.
Figure 2. MicroRNAs in the heart. Recent studies have identified microRNAs that are associated with heart diseases, including arrhythmic heartbeat (Arrhythmias), cardiac hypertrophy (enlarged heart), septation defect, and cardiac muscle overgrowth (myocyte hyperplasia).
Micromanaging insulin secretion
MicroRNAs are also associated with the onset of diabetes. Diabetes affects about 23.6 million people in the United States. It can lead to serious health issues and even early death. Diabetes is marked by high levels of blood glucose (also called blood sugar). Complications of the disease are due to defects in insulin production and insulin action. Insulin is among the major regulators of sugar levels in the blood. The human genome contains a number of microRNA genes, whose functions are only beginning to come to light. One such microRNA, miR-375, is already implicated in the secretion of insulin from pancreatic cells, thus it represents a novel pharmacological target for the treatment of diabetes.
The mentioned cases above are examples of the tiny RNAs which regulate cellular processes. The loss of the control in such a small component of the cellular machinery can lead to serious problems, like cancer. To use a metaphor, the regular and healthy government of a state does not allow for the presence of multiple governors. Similarly, regulatory tiny RNAs require a controller who knows how the human body works at the macro and micro levels. This forces us to consider that whomever is controlling the human body must be all sustaining and all knowing. With each new scientific breakthrough, the wisdom of creation becomes more and more apparent. The field of miRNAs is a young research area. New discoveries about microRNAs have brought us new hopes for novel therapies to human diseases. However, future discoveries are required before these therapies can be used in a clinical setting.
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Agricultural Pest Management Revolution From RNA Interference
In 2006, Andrew Z. Fire and Craig C. Mello won the Nobel Prize in Physiology or Medicine for discovering RNA interference (RNAi), the process of turning off specific cell genes. RNAi has enormous implications for human health, as it could potentially be used to treat many different diseases, including cancer and genetic disorders. It has also helped scientists identify which genes are implicated…

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Các giao dịch bất động sản ở Massachusetts cho các hạt Hampden, Hampshire và Franklin: ngày 26 tháng 1 năm 2020 #thôngtin AgawamAndrew J. Fox đến Daniel O hèConnor, 51-53 Hope Farms Dr., $ 295.000.Daniel Fruwirth và Deanna Fruwirth đến Hamid Satraouy, 28 Melrose Place, 238.500 đô la.Thomas F. Reidy II và Sherry M. Reidy đến Pine Crossing Development Inc., 466 South Westfield St., $ 866,562.Tina M. Chandler đến Christian T. Ledoux, 11 Mansion Woods Dr., Đơn vị 11-C, $ 187.000.AmherstJeanne L. Balcom đến Jeanne L. Balcom, ủy thác và Autumn Lane Trust, 2 Autumn Lane, $ 100.Jean M. LaPlante đến Goldfinch Holdings LLC, 191-193 Middle St., $ 275,000.Amherst Real Properties LLC, đến Glenn Warren và Christine Warren, Leverett Road, 130.000 đô la.Robert T. Zoeller và Mary Mitchell Zoeller đến Elizabeth L. Hallstrom và Theodore A. Hallstrom, 63 Cherry Lane, $ 425.000.Sonja Guddat và Sonja Kadziolka đến Roshna Shahi và Ranju Shahi, 156 Columbia Drive, 420.000 USD.Ronald Fontanetta cho Tom Svrcek và Catherine J. Svrcek, 1133 North Pleasant St., 369.500 đô la.Sân vận độngBrown Trust, John R. Evans II, Ủy thác cho Peter D. Corens, Beldingville Road, 300.000 đô la.Maplecrest Trust, John R. Evans II, ủy thác, đến Janet L. Casteld, Beldingville Road, 400.000 đô la.Timberwood Trust, John R. Evans II, ủy thác, đến Peter D. Corens, Beldingville Road, 400.000 đô la.Cape Trust, John R. Evans II, ủy thác, đến Janet L. Casteld, 876 Beldingville Road. 700.000 đô la.BelchertownEdwin Diaz và Vivian I. Santiago-Diaz đến Dhana Bhattrai và Rajan Bhattrai, 20 đường Hill Hill, $ 315.000.Peter Barnett Dupret cho Eric D. Aasheim và Sarah D. Aasheim, 121 Barton Ave., $ 320.000.Georgette P. Defriesse, Georgette P. Defriesse, đại diện cá nhân và Madeline J. Casey, bất động sản, đến Jonathan Grossman, 61 Chadbourne Road, 166.500 đô la.Joel Harder với Raymond Jean Paul Robbins và Diane Marie Robbins, 140 Old Enfield Road, 395.000 đô la.Freedom Mortthing Corp, đến Robert Jay Mitchell, 216 Bay Road, $ 125.999.Robert Jay Mitchell đến Heritage Ventures LLC, 216 Bay Road, 100 đô la.M & G Land Development LLC, đến Joshua R. Wallace và Suzi A. Wallace, 510 Franklin St., $ 381,035.Kinda S. Binder cho Jennifer L. Albury và Antonio Marquez-Diaz, 281 Mill Valley Road, 270.000 đô la.Cánh đồngJason Bedard và Chevelle Bedard đến Beth A. Goven, 34 Lyman Barnes Road, $ 278.000.Pawel Kruszewski đến Erika Flores, 10 đường Echo, 27.000 USD.Roger A. Parker và Tracy L. Parker đến Jason M. Bedard và Chevelle Bedard, 19 Lyman Barnes Road, 400.000 USD.ChicopeeAlex B. Devivo và Gabrielle Devivo đến Dee Ann Civello, 143 Sesame Dr., $ 330.000.Christina M. Moreau, Stacy L. Moreau và Gerhard Teply đến 21 Dale LLC, 21 Dale St., $ 245.000.Craig Cwalina đến Luis A. 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Tilley cho Christopher Charmack, 18 Green St./Green Street, $ 287.000.Cassidy Buchanan-Gauthier và Kayla R. Gundrum đến Jenifer L. Gelieneau và William L. Gussin, 12 Mountain Road, 220.000 USD.Wedgewood Gardens Inc., đến Taryn B. Valdez, 220 Silver St., $ 222.000.HadleyDonna M. Carver, ủy thác và Donna M. Carver Tin tưởng có thể hủy bỏ đối với Farah Chamoun và Fibi Kahabout, 131 Rocky Hill Road, 430.000 đô la.Nhà phân phối lợp kim loại của Hoa Kỳ Inc., đến Alan St.Hilaire và Christina Carrera-St. Hilaire, 103 North Maple St., $ 125.000.Hà LanMark N. Bierman và Jacqueline J. Bierman đến Classic Solutions Inc., 6 Wood Lane, 35.000 USD.HolyokeAnthony W. Soto và Melissa M. Soto đến Tyler William Tardy, 324 Elm St., $ 180.000.Daniel Chandler đến Coakley Corp, 60 Lower Westfield Road, $ 117.000.Giám mục Công giáo La Mã của Springfield đến Foley Property Management Corp, 1985 Northampton St., $ 875.000.Laura A. Renaud, đại diện, Roger H. Renaud, bất động sản, và Roger Henry Renaud, bất động sản, đến Brendan M. Cauley, 12 Arbor Way, Đơn vị A, 77.000 đô la.Holyoke Community Land Trust Inc. đến Diana Garcia, 140 Essex St., 4.000 USD.LongmeadowFrank N. Leichthammer và Laurie A. Leichthammer đến Đại học Bay Path, 577 Longmeadow St., $ 309.000.Raymond G. Rowe và Debra H. Rowe đến Patrick Curry, 35 đường Barrington, $ 182,000.Robert H. Marshall đến Linda A. Hickling và Angel L. Garcia, 76 Longmeadow St., $ 232.000.LudlowTạo b���t ngôi nhà LLC đến Taylor Lukas và David Normand II, 49 W. Belmont St., $ 229.000.Henry J. Kelly và Phyllis D. Kelly đến John Portelada Jr., 42 Hampshire St., 121.000 đô la.Raymond Jean Paul Robbins và Diane Marie Robbins đến Yongqiang Wang, 17 Windwood Dr., 375.000 đô la.Tuukakorp LLC đến Stephanie P. Nascimento, Parker Lane, $ 135.000.Đức ôngPamela A. Bourgault đến Ashley C. Gendron và Ashley Fussell, 17 Elm St., $ 157.500.MontagueGillian B. Wilson đến Casey J. Placek và Kevin Randall, 15 Norman Circle, 135.000 đô la.Cody-Joy Tringali cho Justin D. Killeen, 342 Liên bang St., 175.000 đô la.MontgomeryCIG4 LLC đến Tyler Montgomery và Anthony Fastiggi, 6 đường Pine Ridge, $ 185.000.Giáo dụcV Mortidor Reo 2 LLC, Newrez LLC, luật sư thực tế, New Penn Financial LLC, luật sư thực tế và Dịch vụ thế chấp Shellpoint, luật sư, thực tế, cho Kinda A. Kamins, 12 Maple St., 175.000 đô la.Janvier Rollande và Janvier L. Rollande đến Kristine Mak Yu, 48 Graves Ave., 336.500 đô la.Frank T. Sansom, Sarah E. Sansom và Sarah E. Beaumier đến Deerwater Realty LLC, 33-35 Conz St., và Maple Street, 910.000 đô la.Christopher E. Gobillot và Cindy L. Gobillot cho Jason Rodriguez và Naomi Rodriguez, 288 Riverside Drive, $ 252.500.Lawrence F. Bouley đến Peter Casey và Janet Casey, 85-87-89 Water St., $ 407.500.trái camNhà máy Echo LLC, đến Echo Real Real LLC, 61 R W Moore Ave., $ 910.000.Fred L. Heyes đến Noah W. Stone, 92 Butterworth Road, 37.500 đô la.Scott W. Green và Angela G. Green cho đến Kenneth J. Rogers, Jr., và Ashley E. Rogers, 11 Drive Drive, 180.000 đô la.CitiMortidor Inc. bởi luật sư, Servicelink LLC, luật sư, đến National Homebuyers LLC, 190 West Orange Road, 36.750 đô la.PalmerCharles J. Callahan và Barbara L. Callahan cho Matthew Lyons và Joy Lyons, 11 Winthrop St., $ 181.000.Derek A. Swallow và Jennifer A. Nuốt cho David G. Douillard và Theresa Douillard, 10 Diane St., 160.000 đô la.Russell Bukowski đến Mark A. Rehbein và Deborah Rehbein, 1025 Central St., Đơn vị D, 60.000 đô la.Đồng bằngSally A. Rivard và William Rivard cho David E. Filkins Jr., 13 Maple St., $ 33.000.Laura B. Filkins và Sean Brown cho David E. Filkins Jr., 13 Maple St., 33.000 đô la.Kenneth M. Horowitz đến Michelle Helms, Phố Đông, 66.000 USD.Mary R. Flahive, Mary R. Flahive, ủy thác, Charles V. Ryan, ủy thác, John J. Flahive Trust Revocable Trust và John F. Flahive Revocable Trust to Mary Flahive Dickson, Grant Street, 80.000 USD.Mary R. Flahive, Mary R. Flahive, ủy thác, Charles V. Ryan, ủy thác, John J. Flahive Trust Revocable Trust và John F. Flahive Trust Revocable Trust to Mary Flahive Dickson, Grant Street, $ 100.ShelburneCoreen M. Klepadlo, "còn gọi là" Coreen M. Young, đến Joseph S. Rae, 163 Smead Hill Road, 350.000 đô la.ShutesburyEdward J. Moskal đến Leonard A. Moskal, 56 Lake Drive, 75.000 USD.New Penn Financial LLC, MTGLQ Investors LP, bởi luật sư, Newrez LLC, luật sư và Dịch vụ thế chấp Shellpoint, luật sư, cho Paul Roud, 250 West Pelham Road, 117.000 đô la.Nam HadleyDenis B. Poirier và Mary Ann Poirier cho Mary Ann Poirier, người được ủy thác, Denis B. Poirier, người được ủy thác, Chứng nhận có thể hủy bỏ của Mary Ann Poirier, Mary Ann Poirier, người được ủy thác, người được ủy thác Mary Ann Poirier, 262 Đông St. và 262 Miller St., 100 đô la.Russell B. Jopson Jr., và Cynthia A. Jopson cho Russell B. Jopson Jr., ủy thác, Cynthia A. Jopson, ủy thác và Jopson Family Trust, 99 Pine Grove Drive, 100 đô la.Ronald W. McMahon đến Lynne A. Helems, 5 ngõ Greenwood, $ 233.500.Jaimarie G. Ely đến Gary A. Geanacopoulos và Jimmie M. Geanacopoulos, 20 Lawrence Ave., 140.000 đô la.NamwickFiore Realty Holdings LLC đến Doreen Dargon, Sawgrass Lane, $ 120.000.Wendi L. Mello đến Andrew Mark Ouimette, Đường 27 V Mort Vining, $ 460.000.SpringfieldAmat Victoria Curam LLC đến Naylor Nation Real Real LLC, Trung tâm 273-275, $ 560.000.Ngân hàng New York Mellon, ủy thác, và Ủy thác tài trợ thế chấp Novastar 2005-3, ủy thác, cho Anthony M. Santaniello và Aguasvivas Realty LLC, 47 Spikenard Circle, 150.675 đô la.Basile Realty LLC đến L & J Realty Group LLC, 331-335 Allen St., $ 680,000.Blueline Management LLC đến Mickey Lynn Banks III và Lauren Banks, 82 Hillside Dr., $ 215.000.Bretta Construction LLC đến Simmone Shortte, 73 Woodrow St., $ 329,900.Bruce A. Webster, đại diện, và Robin K. Moreland, bất động sản, đến Stratton Renovation LLC, 155 South Branch Parkway, 135.000 đô la.Carol Rivet và Michael Remy, đại diện, và Irene J. Remy, bất động sản, đến Dilenes Ortiz, 143 Redlands St., 160.000 đô la.Liên đoàn thế chấp quốc gia PGS. và Fannie Mae đến Glenn Robert Zuffelato, 23-25 Algoquin, 123.688 đô la.CIG4 LLC đến Candice L. Cipolla, 93 Pine Grove St., $ 169,900.Dan Beauregard đến Joaquim Santos, 69 Sherman St., $ 115.000.Daniel P. Croken và Patricia A. Courtney-Croken đến Aguasvivas Realty LLC, 12-14 Howes St., $ 145.000.Darlene R. Setkewich đến Basile Realty LLC, 164 Grooween St., $ 100.000.Diane M. Smith-Jubrey cho James Githiri, 34 Collins St., $ 31.000.Dolores P. Santinelli đến Anthony N. Yeboah, 214 Belmont Ave., $ 121,750.Tập đoàn Đông Phương đến Yvette Ortiz, 33 Euclid Ave., 184.000 USD.Flora Tung và Tok Chang đến Suldan Mohamud và Abdikadir Abdi, 485 Dickinson St., $ 185.000.Gary Delogg đến Saha D. Biswa, 16-18 Rosemont St., $ 201.000.Hampden Realty LLC đến Erik White, 62-64 Lester St., $ 281.500.Irelisse Gomez đến John E. Torres-Astacio, 92-94 Manhattan St., 294.000 USD.Jael M. Williams đến Baystate Medical Center Inc., 133 Springfield St, $ 250.000.James W. Fiore, Darlene Fiore, Tina Fiore, Tina Carnevale và Sean A. Howard đến Yamilex Vega, 35 Powell Ave., 175.000 USD.Joseph M. O KhănBrien III, đại diện, và Kevin D. O vạchBrien, bất động sản, đến Julio A. Ortiz, 354-356 White St., 175.000 đô la.Juan A. Santana đến Reba Andrea Raudales, 23 Russell St., 200.000 USD.Kelly Regan và Michael E. Briotta cho Christopher T. Regan và Alanna B. Regan, 29 Bethel St., 103.000 đô la.Larisa Rudin đến Krystal A. Corbin, 122 Middlesex St., 179.000 USD.Lynn M. Gauthier và John E. Gauthier đến Misael Salas, 101-103 Knollwood St., 175.000 đô la.Nationstar Mortthing LLC và ông Cooper đến Rayan C. Abdulbaki, 129 Margerie St., 60.000 USD.Nationstar Mortthing LLC, Ông Cooper và Jacqueline E. Turner cho Ngân hàng Hoa Kỳ, ủy thác và Ủy thác chính của LSRMF MH II, ủy thác của 47 Wellington St., $ 115.206.NWO Realty Inc. đến New Look Realty Inc., 96-98 Cambridge St., $ 50.000.Ralph R. Clifford cho Revovized Renovations Inc., 60 Parkside St., $ 85.000.Ramon Sornoza, Ra Mon Sornoza, Raymond Sornoza và Gloria Sornoza đến Jose A. Maldonado Cruz, 356 Orange S.t, 160.000 USD.Robert W. Lacas Jr. để tốt nghiệp Dịch vụ nhà ở LLC, 104 Bristol St., $ 60.000.Rogelio Marquez đến Anthony Santiago và Angie V. Marquez, 84 Eleanor Road, 170.000 USD.Scott D. Hathaway và Colleen M. Hathaway cho Robert Gasteyer, người được ủy thác và 15 Railroad Avenue Realty Trust, ủy thác của, Sumner Avenue, 30.000 đô la.Thành phố Springfield đến C & C ngôi nhà LLC, 427 Bay St., $ 1.000.Three Star Properties LLC để Pride Limited Partnership, 1110 Wilbraham Road, $ 2,300.000.William N. Clarke và Dawn M. Clarke đến Tyron Austin và Shannon Austin, 85 S. Tallyho Dr., 205.000 đô la.Chủ nhậtEllen G. Kelleher đến Daniel J. Fisk và Cynthia M. McGuire, 238 North Main St., 450.000 USD.Xứ WalesKevin B. Sheehan, Robert E. Sheehan và Eleanor M. Sheehan đến Ronald White Jr. và Lisa White, 2 Debbie Lane, $ 257.397.đồCarol H. Koczur, Ernest J. Robidoux, Ernest J. Robidoux, đại diện cá nhân, và Barbara A. Robidoux, bất động sản, đến Sarah E. Haney và Nathan E. Haney, 257 Greenwich Road, $ 216.000.Sengen Properties LLC, đến Park Otis LLC, 48-58 Park St. và 14-20 Otis Ave., $ 1,035,000.Lawrence A. Lanier đến Michael David Bingle, 15 đường Malboeuf, 158.950 đô la.Leslie S. Rivera đến Patricia Mendez Lara và Jorge Martinez Mendez, 92 Nice St., $ 182,000.Tây Springfield215 đường phố Baldwin LLC đến Bear Den Holdings LLC, 215 đường phố Baldwin, $ 1.170.000.Amina Ali và Amina M. Ali đến Muhammad Taqi, 46-48 Allen St., $ 173,400.John R. Spano đến Steven R. NAF và Jennifer L. NAF, Đại lộ Grandview, 440.000 đô la.Lori Galda và David H. Edgerly đến Ziya Lachinov, 56-58 Fairview Ave., 180.000 đô la.Paul Kida đến Brian P. St. Amand, 38 đường Robinson, 107.500 đô la.Vincenzo Rettura đến SS Fund LLC, 1146 Memorial Ave., 365.000 đô la.White Church Realty LLC đến Andrew Oedel, Andrew H. Oedel, Melissa McClung và Melissa E. McClung, 732 Elm St., 450.000 USD.WestfieldCH Realty VII / CG MACT Bird LLC đến Western Ma EEM LLC, 90 South Maple St., $ 4,849,837.Donna Clarke, đại diện, và Donald R. Champiney, bất động sản, cho James Rivera II và Heather Elizabeth Johnston, 48 Grandview Dr., 265.000 đô la.Jason C. Pomeroy và Naoko Pomeroy cho Sarah Hopson, 75 Orchard St., $ 251.000.Kevin C. Kết nối với Tuyên bố tin cậy Dorota Bak, ủy thác và Dorota Bak, ủy thác, 1430 Russell Road, Đơn vị 9, $ 115.900.Blythewood Quản lý tài sản LLC đến SLF Realty Corp, 40 Montgomery St., $ 507.000.LP4 LLC đến FHB Realty LLP, 14 Sterling St., $ 230.000.Michael R. Leveille và Theresa M. Leveille đến Henry Girardin IV và Kathryn D. Girardin, 57 Pequot Point Road, 250.000 USD.Sandra Callahan cho Kevin C. Connors II và Evelyn E. Connors, 51 Riverside Drive, 232.750 đô la.Wilmington Trust, ủy thác và MFRA Trust 2015-1, ủy thác của Oscar P. Naula Naranjo, 54 Montgomery St., 105.000 đô la.Wilmington Savings Fund Society, ủy thác, và 019-1 RMF Mua lại ủy thác mua lại 2, ủy thác của Jacquelyn Laura Kazierad, 47 Zephyr Drive, 200.000 đô la.WilbrahamEdward K. Gray và Jacqueline S. Grey cho Jamie Shepard, 9 Inwood Drive, 269.750 đô la.Faissal Khachaneh đến Mouna Almasri, 3276 Đường Boston, 100 đô la.Jeffrey F. Wolcott và Donna Espinoza-Wolcott đến Mark Edgar và Lorna Edgar, 11 ngõ Victoria, $ 418.000.Virginia F. Barry đến Doreen Cickyham, 96 Vòng tròn thông cao, $ 356,400.[ad_2] Nguồn
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Giant Photo Gallery: Celebrating the 50th Anniversary of the NHRA Gatornationals
Over 270 Photos of Cars, Stars, and the Sights of 50 years worth of drag racing from Gainesville Raceway
Opened in 1969, Gainesville Raceway has long been a favorite on the NHRA Mello Yello tour, attracting fans from across the globe for a multitude of events, including popular Amalie Motor Oil Gatornationals. This year, NHRA and Gainesville Raceway teamed up to celebrate the Gatornationals Golden 50th Anniversary of the famed event.
Considered one of the fastest tracks on the NHRA circuit, Gainesville Raceway has produced the first 260-, 270- and 300-mph Top Fuel runs. In 2019, the Gatornationals thrilled once again with record-setting performances and a host of specialty events.
T.J. Zizzo put on a great show, wheeling his Top Fuel Dragster to a best of 3.75 at 328 mph and scoring a semi-final finish.
The schedule was packed with Stock Eliminator, Super Stock, and the full list of sportsman classes, including Pro Stock Bike, Pro Stock, Funny Car and Top Fuel. Highlighted categories included the SAMTech.edu Factory Stock Showdown, E3 Spark Plugs Pro Mod, Top Fuel Harley, and the “Unfinished Business” match race showcasing legendary drivers of the sport.
The Unfinished Business line up included Don “Big Daddy” Garlits, Warren “The Professor” Johnson, Joe Amato, Shirley Muldowny, Terry Vance, Ed “The Ace” McCulloch, Kenny Bernstein, and Don “The Snake” Prudhomme. The eight drivers battled in 14-second Toyota street cars and the racing was intense. In the end, “The Professor” took the Fuel drivers to the mat, dropping them one by one until he was crowned champion.
Craig Bourgeois climbed the mountain in Comp Eliminator, taking the title with his super-cool A/ND (A/Nostalgia Dragster). Bourgeois nailed a perfect light in the final and out ran Comp veteran Randy Daniels for the win.
Pro Stock bike saw the debut of 3-time time NHRA champion Angelle Sampey on a Harley-Davidson motorcycle, and 200 mph runs from the two-wheelers. Sampey clocked a 6.81 and a top speed of 198.47 mph in qualifying to lock into the 6th slot, meanwhile, Matt Smith and Eddie Krawiec produced 200 mph runs. On Sunday it was an all-Vance & Hines final, with Andrew Hines beating Krawiec (6.75/199.17 mph to 6.75/198.90 mph) for the gold Wally.
Excitement continued in each and every class, but had our spotlight on the SAMTech.edu Factory Stock Showdown (you can read the fully FSS story on HotRod.com). This is the newest NHRA heads-up category showcasing Cobra Jet Mustangs, Chevy COPO Camaros and Dodge Drag Pak Challengers. These modern warriors go to battle with in a production-based supercharged steel cage match full of horsepower, burnouts, wheelies, and 7-second, near 180 mph performance—all from factory-built cars that run on 9-inch tires!
Jason Line readies his Summit Pro Stocker with a sweet burnout.
Former Pro Stock racer Drew Skillman was the class of the field in Gainesville, running a class record 7.71 at 176 mph and scoring his first FSS win. Skillman has previous wins in NHRA Stock, Super Stock, Pro Stock, and now he adds a FSS victory to his resume.
The action didn’t stop there. We witnessed insane Pro Mod runs, high flyers in Stock and Super Stock, and after four days, hard work paid off for teams who took home the commemorative Gold Wally trophies. It was great to watch former Car Craft magazine feature car owner Randi Lyn Shipp win Stock Eliminator in her ’67 Pontiac Firebird, then, her fiancé, Bo Butner took home gold in his Pro Stock Camaro. We could go on and on about the winners and hard chargers, but it’s way more fun to dig into the photo gallery. So kick back and check out the color, horsepower, and amazing action at the 50th Anniversary NHRA Gatornationals.
Funny Car is a fan favorite in Gainesville. Robert Hight scored the win with his AAA-backed Fuel Coupe running 3.86 at 331 mph to beat Tim Wilkerson in the final.
Scott Gove made the tow from Maine count, qualifying his wicked ’93 Dodge Daytona on the Super Stock pole. Gove ran an impressive 7.90 with his small-block, five-speed combination.
NHRA drag racing is all about horsepower, and the SAMTech.edu Factory Stockers make tons. This is the pole-setting ’plant of Bill Skillman, a Holbrook Racing Engines creation that propelled his 2014 Cobra Jet to a 7.74 and a top speed of 177.14 mph.
Former HotRod.com feature car owner, Randi Lyn Shipp outlasted the field in Stock Eliminator to take home the Gold 50th Anniversary NHRA Wally trophy. Her fiancée Bo Butner followed suit, winning Pro Stock.
Jeff Harrington was the top qualifier in Stock Eliminator with his all-motor 5.0L Cobra Jet. Harrington’s CJ wears a throwback Platt & Payne Ford Drag Team scheme.
Todd Tutterow qualified second in E3 Spark Plugs Pro Modified with a 5.67 at 250 mph. the pole was set by “Fast” Stevie Jackson (5.66/253 mph) and the bump was an amazing 5.75.
Drew Skillman made the move from Pro Stock to Factory Stock count, winning in his debut race.
Former Super Stock winner Anthony Bongiovanni lasted until the semi-final with his powerful Cobra Jet.
Nitro Harley has to be one of the wildest classes in all of drag racing. Here, Doug Vancil powers his Vance & Hines mount to a 6.18 at 237 mph in qualifying.
NHRA drag racing is an international sport with drivers from all around the globe. In fact, there were quite a few from Sweden, including Mikel Lind, who is a regular with his sharp ’71 Vette. Lind ran as quick as 10.52 and lasted a few round in Stock.
Adam Strang, of Jericho, Vermont, made the long tow down the east coast and qualified his ’68 Firebird in the 11th spot, running 10.45 in C/Stock. Strang lasted four rounds with his four-speed Bird before losing to Slate Cummings.
Former world champion Eddie Krawiec ran over 200 mph on his Vance & Hines Harley-Davidson Street Rod motorcycle.
Fan favorite Leah Pritchett competed in Factory Stock Showdown and Top Fuel.
John Gray competed with his retro-painted AA/SA ’69 Camaro. Gray ran 9s with the big-block Chevrolet.
You’ll see just about every type of muscle car at an NHRA event from old to new. In Gainesville we spotted Chuck and Steve Comella’s real-deal Hemi Dart. Yes, this is one of the originals and it’s still making trips down the quarter-mile. Driver Steve Comella nearly made it to final, but a -0.001 red light got him in the semis.
The Gatornationals is four days (and nights) of pure American muscle.
Another fun runner is Shelia and Stan Holt’s small-block, four-speed Chevy II. Stan handled the driving duties in Florida, running a best of 10.23 in GT/M.
The post Giant Photo Gallery: Celebrating the 50th Anniversary of the NHRA Gatornationals appeared first on Hot Rod Network.
from Hot Rod Network https://www.hotrod.com/articles/giant-photo-gallery-celebrating-50th-anniversary-nhra-gatornationals/ via IFTTT
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New Post has been published on Biotech Advisers
New Post has been published on http://www.bioadvisers.com/nobel-prize-physiology-medicine-2006/
The Nobel Prize in Physiology or Medicine 2006
The Nobel Prize in Physiology or Medicine 2006 was awarded jointly to Andrew Z. Fire and Craig C. Mello “for their discovery of RNA interference – gene silencing by double-stranded RNA.”
Nobelist Born Affiliation at the time of the award Andrew Z. Fire 27 April 1959, Stanford, CA, USA Stanford University School of Medicine, Stanford, CA, USA Craig C. Mello 19 October 1960, New Haven, CT, USA University of Massachusetts Medical School, Worcester, MA, USA
Summary
This year’s Nobel Laureates have discovered a fundamental mechanism for controlling the flow of genetic information. Our genome operates by sending instructions for the manufacture of proteins from DNA in the nucleus of the cell to the protein synthesizing machinery in the cytoplasm. These instructions are conveyed by messenger RNA (mRNA). In 1998, the American scientists Andrew Fire and Craig Mello published their discovery of a mechanism that can degrade mRNA from a specific gene. This mechanism, RNA interference, is activated when RNA molecules occur as double-stranded pairs in the cell. Double-stranded RNA activates biochemical machinery which degrades those mRNA molecules that carry a genetic code identical to that of the double-stranded RNA. When such mRNA molecules disappear, the corresponding gene is silenced and no protein of the encoded type is made.
RNA interference occurs in plants, animals, and humans. It is of great importance for the regulation of gene expression, participates in defense against viral infections, and keeps jumping genes under control. RNA interference is already being widely used in basic science as a method to study the function of genes and it may lead to novel therapies in the future.
More details, please click The 2006 Nobel Prize in Physiology or Medicine.
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BioAdvisers said on Biotech Advisers
The Nobel Prize in Physiology or Medicine 2006
The Nobel Prize in Physiology or Medicine 2006 was awarded jointly to Andrew Z. Fire and Craig C. Mello “for their discovery of RNA interference – gene silencing by double-stranded RNA.”
Nobelist Born Affiliation at the time of the award Andrew Z. Fire 27 April 1959, Stanford, CA, USA Stanford University School of Medicine, Stanford, CA, USA Craig C. Mello 19 October 1960, New Haven, CT, USA University of Massachusetts Medical School, Worcester, MA, USA
Summary
This year’s Nobel Laureates have discovered a fundamental mechanism for controlling the flow of genetic information. Our genome operates by sending instructions for the manufacture of proteins from DNA in the nucleus of the cell to the protein synthesizing machinery in the cytoplasm. These instructions are conveyed by messenger RNA (mRNA). In 1998, the American scientists Andrew Fire and Craig Mello published their discovery of a mechanism that can degrade mRNA from a specific gene. This mechanism, RNA interference, is activated when RNA molecules occur as double-stranded pairs in the cell. Double-stranded RNA activates biochemical machinery which degrades those mRNA molecules that carry a genetic code identical to that of the double-stranded RNA. When such mRNA molecules disappear, the corresponding gene is silenced and no protein of the encoded type is made.
RNA interference occurs in plants, animals, and humans. It is of great importance for the regulation of gene expression, participates in defense against viral infections, and keeps jumping genes under control. RNA interference is already being widely used in basic science as a method to study the function of genes and it may lead to novel therapies in the future.
More details, please click The 2006 Nobel Prize in Physiology or Medicine.
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Bioadvisers shared on Biotech Advisers
The Nobel Prize in Physiology or Medicine 2006
The Nobel Prize in Physiology or Medicine 2006 was awarded jointly to Andrew Z. Fire and Craig C. Mello “for their discovery of RNA interference – gene silencing by double-stranded RNA.”
Nobelist Born Affiliation at the time of the award Andrew Z. Fire 27 April 1959, Stanford, CA, USA Stanford University School of Medicine, Stanford, CA, USA Craig C. Mello 19 October 1960, New Haven, CT, USA University of Massachusetts Medical School, Worcester, MA, USA
Summary
This year’s Nobel Laureates have discovered a fundamental mechanism for controlling the flow of genetic information. Our genome operates by sending instructions for the manufacture of proteins from DNA in the nucleus of the cell to the protein synthesizing machinery in the cytoplasm. These instructions are conveyed by messenger RNA (mRNA). In 1998, the American scientists Andrew Fire and Craig Mello published their discovery of a mechanism that can degrade mRNA from a specific gene. This mechanism, RNA interference, is activated when RNA molecules occur as double-stranded pairs in the cell. Double-stranded RNA activates biochemical machinery which degrades those mRNA molecules that carry a genetic code identical to that of the double-stranded RNA. When such mRNA molecules disappear, the corresponding gene is silenced and no protein of the encoded type is made.
RNA interference occurs in plants, animals, and humans. It is of great importance for the regulation of gene expression, participates in defense against viral infections, and keeps jumping genes under control. RNA interference is already being widely used in basic science as a method to study the function of genes and it may lead to novel therapies in the future.
More details, please click The 2006 Nobel Prize in Physiology or Medicine.
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RNA Interference
Introduction RNAi was discovered by Andrew Fire and Craig Mello via an experiment on gene expression in Caenorhabditis elegans, in which they injected mRNA (also known as sense sequence) coding for muscle protein production showed no response form c. elegans. From this, they tried injecting anti-sense RNA to pair with sense mRNA, and yet no response was elicited. Eventually they chose to inject…
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#Asthma#Cell Cycle#Cyclin E#Dicer#dsRNA#Health#JAKs#lacZ#Medicine#miRNA#mRNA#Nanomedicine#Nanotherapeutics#RISC#RNA#RNA Interference#RNAi#shRNA#siRNA#STAT6#STATs#Th2 Cells#Treatment
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- SOLD - Swamp Forest, Collection: S. Ribbe,, Wolfgang Schmidt
Swamp Forest - Sumpfwald Sincerely to: Andy Hall, Sheikha Al Mayassa bint Hamad bin Khalifa Al-Thani, Paul Allen, Edythe L. and Eli Broad, Rosa and Carlos de la Cruz, Patricia and Gustavo Phelps de Cisneros (Venezuela and Dominican Republic), Donald and Mera Rubell, Steven A. Cohen, Theo Danjuma, Maria Baibakova, Adrian Cheng, Ingvild Goetz (München), Victoria and David Beckham, Leonardo Dicaprio, Alan Lau, Camilla Barella, Ralph DeLuca, Arthur de Ganay, Ramin Salsali, Moises Cosio, Pedro Barbosa, Monique and Max Burger, Joaquin Diez-Cascon, Luciano Benetton, Roman Abramovich and Dasha Zhukova (Russia), Robbie Antonio (Philippines), Hélène and Bernard Arnault (France), Maria and Bill Bell (United States), Peter Benedek (United States), Debra and Leon Black (United States), Christian and Karen Boros (Germany), Irma and Norman Braman (United States), Peter Brant (United States), Basma Al Sulaiman, Marc Andreessen, Laura and John Arnold, Camilla Barella, Swizz Beatz, Claudia Beck, Andrew Gruft, Robert and Renée Belfer, Lawrence Benenson, Frieder Burda (Germany), Richard Chang (United States), Kim Chang-il (Korea), David Chau and Kelly Ying (China), Pierre T.M. 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Carlotti, Edouard Carmignac, Trudy and Paul Cejas, Dimitris Daskalopoulos (Greece), Zöe and Joel Dictrow (United States), George Economou (Greece), Alan Faena (Argentina), Mark Falcone and Ellen Bruss (United States), Amy and Vernon Faulconer (United States), Howard and Patricia Farber (United States), Larry and Marilyn Fields (United States), Marie Chaix, Michael and Eva Chow, Frank Cohen, Michael and Eileen Cohen, Isabel and Agustín Coppel, Anthony D'Offay, Hélène and Michel David-Weill, Antoine de Galbert, Ralph DeLuca, Amanda and Glenn Fuhrman (United States), Danielle and David Ganek (United States), Ken Griffin (United States), Agnes Gund (United States), Steven and Kathy Guttman (United States), Andrew and Christine Hall (United States), Lin Han (China), Henk and Victoria de Heus-Zomer (Holland), Grant Hill (United States), Maja Hoffmann (Switzerland), Erika Hoffmann-Koenige (Germany), Tiqui Atencio Demirdjian, Beth Rudin DeWoody, Eric Diefenbach and JK Brown, David C. 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Laude, Francois Pinault (France), Udo Brandhost (Köln), Harald Falckenberg (Hamburg), Anna and Joseph Froehlich (Stuttgart), Hans Grothe (Bremen), UN Knecht (Stuttgart), Arendt Oetker (Köln), Inge Rodenstock (Grünwald), Ute and Rudolf Scharpff (Stuttgart), Reiner Speck (Köln), Eleonore and Michael Stoffel (Köln), Reinhold Würth (Niedernhall), Wilhelm and Gaby Schürmann, Ivo Wessel, Heiner and Celine Bastian, Friedrich Karl Flick, Monique and Jean-Paul Barbier-Mueller (Genf), Christa and Thomas Bechtler (Zürich), David Bowie (Lausanne), Ulla and Richard Dreyfus (Binningen und Gstaad), Georges Embiricos (Jouxtens and Gstaad), Friedrich Christian "Mick" Flick (Hergiswil and Gstaad), Esther Grether (Bottmingen), Donald Hess (Bolligen), Elsa and Theo Hotz (Meilen), Baroness Marion and Baron Philippe Lambert (Genf), Gabi and Werner Merzbacher (Zürich), Robert Miller (Gstaad), Philip Niarchos (St. Moritz), Jacqueline and Philippe Nordmann (Genf), Maja Oeri and Hans Bodenmann (Basel), George Ortiz (Vandoeuvres), Graf and Gräfin Giuseppe Panza di Biumo (Massagno), Ellen and Michael Ringier (Zürich), Andrew Loyd Webber, Steve Martin, Gerhard Lenz, Elisabeth and Rudolf Leopold.
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Craig C. Mello———The Nobel Prize in Physiology or Medicine 2006 was awarde… Craig C. Mello---------The Nobel Prize in Physiology or Medicine 2006 was awarded jointly to Andrew Z. Fire and Craig C. Mello "for their discovery of RNA interference - gene silencing by double-stranded RNA" Source: swede19
#nobel peace prize#nobel peace prize nominees#nobel peace prize winners#nobel peace prize winners list#nobel prize#nobel prize award#nobel prize economics#nobel prize in chemistry#nobel prize in chemistry winners#nobel prize in economics winners#nobel prize in literature winners#nobel prize in physics#nobel prize in physics winners#nobel prize in physiology#nobel prize literature#nobel prize mathematics#nobel prize medicine#nobel prize science#nobel prize winners#nobel prize winners list
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Craig C. Mello———The Nobel Prize in Physiology or Medicine 2006 was awarde… Craig C. Mello---------The Nobel Prize in Physiology or Medicine 2006 was awarded jointly to Andrew Z. Fire and Craig C. Mello "for their discovery of RNA interference - gene silencing by double-stranded RNA" Source: swede19
#nobel peace prize#nobel peace prize nominees#nobel peace prize winners#nobel peace prize winners list#nobel prize#nobel prize award#nobel prize economics#nobel prize in chemistry#nobel prize in chemistry winners#nobel prize in economics winners#nobel prize in literature winners#nobel prize in physics#nobel prize in physics winners#nobel prize in physiology#nobel prize literature#nobel prize mathematics#nobel prize medicine#nobel prize science#nobel prize winners#nobel prize winners list
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New Post has been published on THIẾT BỊ KHOA HỌC CÔNG NGHỆ
New Post has been published on http://thietbikhoahoccongnghe.com.vn/hoa-sinh-phan-1.html
Hóa sinh - Phần 1
Hóa sinh học, đôi khi được gọi là hóa học sinh học, là nghiên cứu các quá trình hóa học bên trong và liên quan đến sinh vật sống. Bằng cách kiểm soát dòng thông tin thông qua tín hiệu sinh hóa và dòng chảy của năng lượng hóa học thông qua quá trình trao đổi chất, quá trình sinh hóa làm tăng tính phức tạp của cuộc sống. Trong những thập niên cuối của thế kỷ 20, hóa sinh học đã thành công trong việc giải thích các quá trình sống hiện nay hầu như tất cả các lĩnh vực khoa học đời sống từ thực vật học đến di truyền đều tham gia nghiên cứu sinh hóa. Trọng tâm chính của hóa sinh tinh khiết là làm thế nào các phân tử sinh học làm cho các quá trình xảy ra trong tế bào sống, do đó liên quan đến việc nghiên cứu và hiểu rõ mô, các cơ quan và toàn bộ cơ thể đó là, tất cả các sinh học.
Hóa sinh liên quan chặt chẽ đến sinh học phân tử, nghiên cứu các cơ chế phân tử thông tin di truyền được mã hóa trong DNA có thể dẫn đến các quá trình của sự sống. Tùy thuộc vào định nghĩa chính xác của các thuật ngữ được sử dụng, sinh học phân tử có thể được coi là một nhánh của sinh hóa, hoặc hóa sinh như một công cụ để điều tra và nghiên cứu sinh học phân tử.
Phần lớn biochemistry đề cập đến cấu trúc, chức năng và sự tương tác của các đại phân tử sinh học, như protein, axit nucleic, carbohydrate và lipid, cung cấp cấu trúc tế bào và thực hiện nhiều chức năng liên quan đến cuộc sống. Hóa học của tế bào cũng phụ thuộc vào các phản ứng của các phân tử và ion nh�� hơn. Đây có thể là chất vô cơ, ví dụ như ion nước và kim loại, hoặc hữu cơ, ví dụ như các axit amin, được sử dụng để tổng hợp các protein.] Các cơ chế mà theo đó các tế bào khai thác năng lượng từ môi trường của chúng thông qua các phản ứng hóa học được gọi là sự trao đổi chất. Các phát hiện của hóa sinh học được áp dụng chủ yếu trong y học, dinh dưỡng, và nông nghiệp. Trong y học, các nhà sinh học điều tra các nguyên nhân và chữa bệnh . Trong dinh dưỡng, họ nghiên cứu làm thế nào để duy trì sức khỏe và nghiên cứu các tác động của thiếu hụt dinh dưỡng. Trong nông nghiệp, các nhà sinh hóa học điều tra đất và phân bón, và cố gắng khám phá những cách cải thiện trồng trọt, bảo quản cây trồng và kiểm soát dịch hại.
Lịch sử Tại nghĩa rộng nhất của nó, hóa sinh có thể được coi là một nghiên cứu về các thành phần, ăn nhỏ giọt, và thành phần của sinh vật sống và cách họ đến với nhau để trở thành cuộc sống, và lịch sử của hóa sinh có thể Do đó quay trở lại như xa của người Hy Lạp cổ đại. Tuy nhiên, hóa sinh học như là một kỷ luật khoa học cụ thể đã bắt đầu vào khoảng thế kỷ 19, hoặc một chút trước đó, tùy thuộc vào khía cạnh của hóa sinh đang được tập trung vào. trong khi những người khác cho rằng Eduard Buchner trình diễn đầu tiên của một quá trình sinh hóa phức tạp của quá trình lên men rượu trong tế bào- chiết xuất tự do vào năm 1897 là sự ra đời của hóa sinh. Một số người cũng có thể trỏ đến đầu của nó đến ảnh hưởng 1842 tác phẩm của Justus von Liebig, hóa học động vật, hoặc, Hóa học hữu cơ trong các ứng dụng của nó đối với sinh lý và bệnh lý, trong đó trình bày lý thuyết hóa học của sự trao đổi chất, hoặc thậm chí sớm hơn vào thế kỷ 18 các nghiên cứu về lên men và hô hấp của Antoine Lavoisier Nhiều người tiên phong khác trong lĩnh vực này, người đã giúp phát hiện ra các lớp phức tạp của Hóa sinh được công bố sáng lập hóa sinh hiện đại, ví dụ Emil Fischer cho công việc của mình trên hóa học của protein và F. Gowland Hopkins trên các enzyme và năng động bản chất của hóa sinh
Thuật ngữ “hóa sinh” tự nó có nguồn gốc từ sự kết hợp của sinh học và hóa học. Năm 1877, Felix Hoppe-Seyler sử dụng thuật ngữ (Biochemie bằng tiếng Đức) như một từ đồng nghĩa với hóa học sinh lý trong lời nói đầu đến vấn đề đầu tiên của Zeitschrift für Physiologische Chemie (Tạp chí Physiological Hóa), nơi ông lập luận cho việc thành lập Viện dành riêng cho lĩnh vực nghiên cứu này Các nhà hóa học người Đức Carl Neuberg Thông thường trích dẫn là tuy nhiên đã đặt ra từ năm 1903, trong khi nó biến mất ghi có vào Franz Hofmeister Nó đã từng thường tin cuộc sống que và các tài liệu của mình đã có một số đặc tính cần thiết hay chất (often giới thiệu với các “nguyên tắc quan trọng”) khác biệt với bất kỳ tìm thấy trong không sống vật chất, và người ta nghĩ que chỉ chúng sinh có thể tạo ra các phân tử cuộc sống. Sau đó, năm 1828, Friedrich Wöhler xuất bản một bài báo về sự tổng hợp của urê, chứng minh rằng các hợp chất hữu cơ có thể được tạo ra một cách nhân tạo Kể từ đó, hóa sinh đã nâng cao, đặc biệt là kể từ giữa thế kỷ 20, với sự phát triển của các kỹ thuật mới như sắc ký, nhiễu xạ tia X, giao thoa phân cực kép, NMR, dán nhãn radioisotopic, kính hiển vi điện tử, và động lực học mô phỏng phân tử. Những kỹ thuật này cho phép khám phá và phân tích chi tiết nhiều phân tử và các quá trình trao đổi chất của tế bào, như glycolysis và chu trình Krebs (chu trình acid citric).
Một sự kiện mang tính lịch sử quan trọng khác trong hóa sinh học là sự khám phá ra gen và vai trò của nó trong việc truyền thông tin trong tế bào. Phần sinh hóa học này thường được gọi là sinh học phân tử. ] Trong những năm 1950, James D. Watson, Francis Crick, Rosalind Franklin và Maurice Wilkins Were công cụ trong việc giải quyết cấu trúc DNA và cho thấy mối quan hệ của nó với chuyển giao thông tin di truyền.Năm 1958, George Beadle và Edward Tatum đã nhận được giải Nobel cho nghiên cứu về nấm cho thấy một gien sản xuất một enzyme . Năm 1988, Colin Pitchfork là người đầu tiên bị buộc tội giết người bằng chứng DNA, dẫn đến sự gia tăng của khoa học pháp y . Gần đây hơn, Andrew Z. Fire và Craig C. Mello đã nhận được giải Nobel 2006 vì đã khám phá ra vai trò của RNA interference (RNAi), trong sự im lặng của biểu hiện gen
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The Pitchfork Guide to Upcoming Releases: Winter 2017
Welcome once again to the Pitchfork Guide to Upcoming Releases, our seasonal guide to new music. Four times a year, we round up a list of albums, singles, EPs, reissues, and more arriving in the coming months. This installment covers winter 2017, starting with this Friday, January 13. (Please note that release dates may change.) For more about the albums we're most excited for in 2017, including Arcade Fire, LCD Soundsystem, Drake, Lorde, Haim, and more, check out our recent feature.
January:
01-13
Bonobo: Migration [Ninja Tune]
Cavern of Anti-Matter: Blood Drums [Duophonic] [reissue]
Chavez: Cockfighters EP [Matador]
Code Orange: Forever [Roadrunner]
Dear Nora: Mountain Rock [Orindal] [reissue]
The Flaming Lips: Oczy Mlody [Warner Bros.]
Flo Morrissey / Matthew E. White: Gentlewoman, Ruby Man [Glassnote]
Half Japanese: Hear the Lions Roar [Fire]
Julie Byrne: Not Even Happiness [Ba Da Bing!]
Nackt: Night System [The Night Owl Diner]
Sepultura: Machine Messiah [Nuclear Blast]
Sohn: Rennen [4AD]
SUSTO: & I’m Fine Today [Missing Piece/Caroline]
The Stooges: Music From the Motion Picture “Gimme Danger” [Rhino]
Various Artists: Up Too Early [Friends of Friends] [compilation]
A Winged Victory for the Sullen: Iris OST [Erased Tapes]
The xx: I See You [Young Turks]
01-19
Shackleton & Vengeance Tenfold: Sferic Ghost Transmits [Honest Jon’s]
01-20
AFI: AFI (The Blood Album) [Concord]
Austra: Future Politics [Domino]
Bash & Pop: Anything Could Happen [Fat Possum]
Cherry Glazerr: Apocalipstick [Secretly Canadian]
Foxygen: Hang [Jagjaguwar]
The Grateful Dead: The Grateful Dead [Grateful Dead] [reissue]
Jean-Michel Jarre: Oxygene Trilogy [Sony Legacy] [reissue]
Joan of Arc: He's Got the Whole This Land Is Your Land in His Hands [Joyful Noise]
Kid Koala: Music to Draw to: Satellite [Arts & Crafts]
Michael Chapman: 50 [Paradise of Bachelors]
Mick Harvey: Intoxicated Women [Mute]
Pink Floyd: The Final Cut/A Momentary Lapse of Reason [Capitol] [reissue]
Shintaro Sakamoto: Love If Possible [Zelone]
Tim Cohen: Luck Man [Sinderlyn]
Uniform: Wake in Fright [Sacred Bones]
Vitalic: Voyager [Citizen]
William Basinski: A Shadow in Time [2062/Temporary Residence Limited]
01-25
Dr. Bronner: Sisters & Brothers [Dr. Bronner] [reissue/compilation]
01-27
Allison Crutchfield: Tourist in This Town [Merge]
Arcade Fire: The Reflektor Tapes / Live at Earl’s Court [Eagle Rock] [DVD/Blu-ray]
Ariel Pink & Weyes Blood: Myths 002 [Mexican Summer]
The Avalanches: Since I Left You [Astralwerks] [reissue]
Banana: Live [Leaving]
Cate Le Bon: Rock Pool EP [Drag City]
Cloud Nothings: Life Without Sound [Carpark/Wichita]
Delicate Steve: This Is Steve [Anti-]
Ennio Morricone: Un Uomo Da Rispettare [Superior Viaduct] [reissue]
Fred Thomas: Changer [Polyvinyl]
Gabriel Garzón-Montano: Jardín [Stones Throw]
Japandroids: Near to the Wild Heart of Life [Anti-]
Kehlani: SweetSexySavage [Artist Partner Group]
Kreator: Gods of Violence [Nuclear Blast]
Mark Eitzel: Hey Mr Ferryman [Merge]
Matthew Dear: DJ-Kicks [!K7]
Max Richter: Three Worlds: Music From Woolf Works [Deutsche Grammophon]
Migos: C U L T U R E [300/Quality Control]
P.O.S: Chill, dummy [Doomtree]
Priests: Nothing Feels Natural [Sister Polygon]
Richard Osborn: Endless [Tompkins Square]
Sleater-Kinney: Live in Paris [Sub Pop]
Ty Segall: Ty Segall [Drag City]
Various Artists: Antologia de Música Atípica Portuguesa [Discrepant] [compilation]
Various Artists: Dreamy Harbor [Tresor] [compilation]
February:
02-03
Andy Suzuki & The Method: The Glass Hour [self-released]
Big Sean: I Decided [Def Jam/GOOD]
Communions: Blue [Fat Possum]
Elbow: Little Fictions [Polydor]
Homeshake: Fresh Air [Sinderlyn]
Iron Reagan: Crossover Ministry! [Relapse]
Matteo Vallicelli: Primo [Captured Tracks]
Mega Bog: Happy Together [Nicey]
The Menzingers: After the Party [Epitaph]
Moon Duo: Occult Architecture Vol. 1 [Sacred Bones]
Rose Cousins: Natural Conclusion [Outside Music]
Sampha: Process [Young Turks]
Surfer Blood: Snowdonia [Joyful Noise]
Vangelis: Delectus [UMC/Polydor]
02-10
Hand Habits: Wildly Idle (Humble Before the Void) [Woodsist]
Jesca Hoop: Memories Are Now [Sub Pop]
Lupe Fiasco: DROGAS Light [TBA]
Meatbodies: Alice [In the Red]
The Necks: Unfold [Ideologic Organ]
The Sadies: Northern Passages [Yep Roc]
Thievery Corporation: The Temple of I & I [ESL]
Tinariwen: Emmaar [Anti-]
Trevor de Brauw: Uptown [The Flenser]
02-14
Marilyn Manson: SAY10 [TBA]
02-17
Bing & Ruth: No Home of the Mind [4AD]
The Courtneys: The Courtneys II [Flying Nun]
Grails: Chalice Hymnal [Temporary Residence Limited]
Jens Lekman: Life Will See You Now [Secretly Canadian]
Maggie Rogers: Now That the Light Is Fading [Capitol]
Mind Over Mirrors: Undying Color [Paradise of Bachelors]
Molly Burch: Please Be Mine [Captured Tracks]
Mozart’s Sister: Field of Love [Arbutus]
Nikki Lane: Highway Queen [New West]
Novella: Change of State [Sinderlyn]
The Orwells: Terrible Human Beings [Canvasback]
Ryan Adams: Prisoner [Pax Am/Blue Note]
Sam Patch: Yeah You, And I [Dep]
Six. by Seven: The Closer Your Get [Beggars Arkive] [reissue]
Son Volt: Notes of Blue [Transmit Sound]
Strand of Oaks: Hard Love [Dead Oceans]
Tim Darcy: Saturday Night [Jagjaguwar]
02-24
Alasdair Roberts: Pangs [Drag City]
Circus Devils: Laughs Last and Laughs Best (The Kids Eat It Up) [Rockathon]
Clap Your Hands Say Yeah: The Tourist [Undertow]
Crystal Fairy: Crystal Fairy [Ipecac]
Dams of the West: Youngish American [30th Century/Columbia]
Dude York: Sincerely [Hardly Art]
Emel Mathlouthi: Ensen [Partisan]
The Feelies: In Between [Bar/None]
Hippo Campus: Landmark [Grand Jury]
Immolation: Atonement [Nuclear Blast]
King Gizzard and the Lizard Wizard: Flying Microtonal Banana [ATO]
King Woman: Created in the Image of Suffering [Relapse]
Los Campesinos!: Sick Scenes [Wichita]
Oddisee: The Icebergs [Mello Music]
Old 97’s: Graveyard Whistling [ATO]
Peter Silberman: Impermanence [Anti-]
Pissed Jeans: Why Love Now [Sub Pop]
Power Trip: Nightmare Logic [Southern Lord]
Rhiannon Giddens: Freedom Highway [Nonesuch]
Six Organs of Admittance: Burning the Threshold [Drag City]
Xiu Xiu: Forget [Polyvinyl]
02-27
Sun Kil Moon: Common as Light and Love Are Red Valleys of Blood [Caldo Verde]
March:
03-03
Grandaddy: Last Place [30th Century]
The Magnetic Fields: 50 Song Memoir [Nonesuch]
Nick Cave and the Bad Seeds: One More Time With Feeling [Bad Seed Ltd] [DVD/Blu-ray]
Sleaford Mods: English Tapas [Rough Trade]
Temples: Volcano [Heavenly]
Why?: Moh Lhean [Joyful Noise]
03-07
High Plains: Cinderland [Kranky]
03-10
Elliott Smith: Either/Or: Expanded Edition [Kill Rock Stars] [reissue]
Hurray for the Riff Raff: The Navigator [ATO]
Laura Marling: Semper Femina [More Alarming]
Planning for Burial: Below the House [The Flenser]
The Shins: Heartworms [Aural Apothecary/Columbia]
Sunny Sweeney: Trophy [Thirty Tigers]
Tennis: Yours Conditionally [Mutually Detrimental]
Valerie June: The Order of Time [Concord]
03-17
Paul Shaffer & The World’s Most Dangerous Band: Paul Shaffer & The World’s Most Dangerous Band [Rhino]
03-24
Craig Finn: We All Want the Same Things [Partisan]
The Jesus and Mary Chain: Damage and Joy [ADA/Warner Music]
Pallbearer: Heartless [Profound Lore]
Paul McCartney: Flowers in the Dirt [MPL/Capitol/UMe] [reissue]
03-31
British Sea Power: Let the Dancers Inherit the Party [Golden Chariot]
Chaz Bundick Meets the Mattson 2: Star Stuff [Company]
The Doors: The Doors [Rhino] [reissue]
Gold Connections: Gold Connections EP [Fat Possum]
Julia Holter: In the Same Room [Domino Documents]
Nelly Furtado: The Ride [Nelstar]
TBA:
Alice Glass: TBA [TBA]
Amber Coffman: City of No Reply [Columbia]
Arca: Reverie [TBA]
Arcade Fire: TBA [TBA]
At the Drive-In: TBA [Rise]
Beck: TBA [Capitol]
Chic: It’s About Time [TBA]
Chromatics: Dear Tommy [Italians Do It Better]
Chuck Berry: Chuck [Dualtone]
Dan Auerbach: TBA [TBA]
Depeche Mode: Spirit [Columbia]
Dirty Projectors: TBA [Domino]
Drake: More Life [Cash Money/Young Money Entertainment]
Earl Sweatshirt: TBA [TBA]
Fischerspooner: SIR [TBA]
Fleet Foxes: TBA [TBA]
G.O.O.D. Music: Cruel Winter [G.O.O.D. / Def Jam]
Girlpool: Powerplant [TBA]
Gorillaz: TBA [TBA]
Grizzly Bear: TBA [TBA]
Haim: TBA [Polydor]
Kelela: TBA [Warp]
King Krule: TBA [TBA]
LCD Soundsystem: TBA [Columbia]
Lil B: Black Ken [self-released]
LIV: TBA [Ingrid]
Lorde: TBA [TBA]
Mac DeMarco: TBA [Captured Tracks]
Mary J. Blige: Strength of a Woman [Capitol]
Mastodon: TBA [TBA]
Meek Mill: DC 4.5 [TBA]
Real Estate: TBA [Domino]
Rick Ross: Rather You Than Me [Epic]
Sky Ferreira: Masochism [TBA]
Spoon: TBA [Matador]
St. Vincent: TBA [TBA]
U2: Songs of Experience [TBA]
Vampire Weekend: TBA [TBA]
The War on Drugs: TBA [TBA]
Wavves: TBA [TBA]
Wolf Parade: TBA [TBA]
Zack de la Rocha: TBA [TBA]
0 notes