8,834 research outputs found
Michiganders Can Unite to Fight the Pandemic. We've Done it Before.
http://deepblue.lib.umich.edu/bitstream/2027.42/166458/1/Michiganders Can Unite to Fight the Pandemic. We're Done it Before. Detroit Free Press November 12, 2020.pdfSEL
Urothelial bladder carcinoma with major clinical presentation as overactive bladder, without hematuria: case report and literature review
The urothelial carcinoma is the most common type of bladder cancer, comprising approximately 90% of cases in the United States. The most common symptom of bladder cancer is macroscopic hematuria, increased urinary frequency, urgency, or irritative symptoms may occur. Generally, occurs in elderly people, about 9 out of 10 people are over 55 years old, with the average age at diagnosis of 73 years. Males are more likely than women to have this neoplasm with a probability of 1 in 27 (for women the probability is 1 in 89). Most bladder cancers begin in the inner layer, also called the urothelium or transitional epithelium. As it advances, it invades the layers of the bladder and can invade adjacent structures, often metastasizing to distant lymph nodes, bones, lungs or the liver. Among the cancers that originate in the bladder authors have: Urothelial carcinoma (transitional cell carcinoma), squamous cell carcinoma, adenocarcinoma, small cell carcinoma, sarcoma. Hematuria occurs in the majority of patients with urothelial carcinoma. Symptoms such as dysuria, frequency, urgency and pain may also occur, or it may also be asymptomatic. In this case report, an atypical presentation of bladder cancer is shown, simulating the symptomatology of a Hyperactive Bladder Syndrome
The structure of the nuclear stellar cluster of the Milky Way
We present high-resolution seeing limited and AO NIR imaging observations of
the stellar cluster within about one parsec of Sgr A*, the massive black hole
at the centre of the Milky Way. Stellar number counts and the diffuse
background light density were extracted from these observations in order to
examine the structure of the nuclear stellar cluster.Our findings are as
follows: (a) A broken-power law provides an excellent fit to the overall
structure of the GC nuclear cluster. The power-law slope of the cusp is
, the break radius is or
pc, and the cluster density decreases with a power-law index of
outside of . (b) Using the best velocity
dispersion measurements from the literature, we derive higher mass estimates
for the central parsec than assumed until now. The inferred density of the
cluster at the break radius is . This high density agrees well with the small extent and flat slope
of the cusp. Possibly, the mass of the stars makes up only about 50% of the
total cluster mass. (c) Possible indications of mass segregation in the cusp
are found (d) The cluster appears not entirely homogeneous. Several density
clumps are detected that are concentrated at projected distances of and
from Sgr A*.(e) There appears to exist an under-density of horizontal
branch/red clump stars near , or an over-density of stars of similar
brightness at and . (f) The extinction map in combination with
cometary-like features in an L'-band image may provide support for the
assumption of an outflow from Sgr A*.Comment: accepted for publication by A&A; please contact first author for
higher quality figure
The Student Movement Volume 107 Issue 13: We\u27ve Got the Spirit: Students Celebrate Dr. Luxton
HUMANS
Best of Bon Appetit, Nora Martin
Interview with the Dean of Lamson and Meier Halls, Interviewed by: Grace No
The Joy of Japan, Interviewed by: Gloria Oh
ARTS & ENTERTAINMENT
A Creation Adventure, Nathaniel Reid
Currently: Velma, Solana Campbell
Suite Dreams for Sweet Dreams, Skylor Stark
Where do I Find God? Part II, Anonymous
NEWS
AUSA Celebrates 100 Years of Student-Led Action, Andrew Francis
Response to A House Divided Story, Christon Arthur, Provost
Where\u27s the Harm in True Crime?. Abigail Kim
IDEAS
Redefining Free Agency in Sports, Andrew Francis
Flying Cars of 2030, Rachel Ingram-Clay
The Spooky Nature of Our Physical World, Alexander Navarro
The State of AI, Abby Shim
PULSE
Debunking Myths Surrounding J.N. Andrews Honors Program, Gloria Oh
Our Dear AU: A Spirit Week Tour, Lexie Dunham
Romance and Reading, Gloria Oh
LAST WORD
An Ode to Tea, Alexander J. Hesshttps://digitalcommons.andrews.edu/sm-107/1012/thumbnail.jp
New compound sets identified from high throughput phenotypic screening against three kinetoplastid parasites:an open resource
Using whole-cell phenotypic assays, the GlaxoSmithKline high-throughput screening (HTS) diversity set of 1.8 million compounds was screened against the three kinetoplastids most relevant to human disease, i.e. Leishmania donovani, Trypanosoma cruzi and Trypanosoma brucei. Secondary confirmatory and orthogonal intracellular anti-parasiticidal assays were conducted, and the potential for non-specific cytotoxicity determined. Hit compounds were chemically clustered and triaged for desirable physicochemical properties. The hypothetical biological target space covered by these diversity sets was investigated through bioinformatics methodologies. Consequently, three anti-kinetoplastid chemical boxes of ~200 compounds each were assembled. Functional analyses of these compounds suggest a wide array of potential modes of action against kinetoplastid kinases, proteases and cytochromes as well as potential host–pathogen targets. This is the first published parallel high throughput screening of a pharma compound collection against kinetoplastids. The compound sets are provided as an open resource for future lead discovery programs, and to address important research questions.The support and funding of Tres Cantos Open Lab Foundation is gratefully acknowledgedPeer reviewe
The Student Movement Volume 107 Issue 22: Fulfilled: AU Presents a Story of Redemption
HUMANS
Speaking Up With Women, Interviewed by: Grace No
What is it Like to Work at the Athletics Department?, Interviewed by: Grace No
What is Title IX?. Interviewed by: Caryn Cruz
ARTS & ENTERTAINMENT
Currently: Foreign Film, Solana Campbell
Fulfilled: A Musical of Redemption, Aiko J. Ayala Rios
NEWS
KASA Banquet, Interviewed by: Anna Pak
Watchmen A Capella Concert: Unstoppable: A Journey Through Self-Discovery , Gloria Oh
IDEAS
Charge It!, Alexander Navarro
Feminism is for Everybody. Yes-Even You, Dude!, Reagan McCain
Tick Tock... for TikTok?, Abby Shim
PULSE
Dorm Delicacies, Melissa Moore
How Have We Grown?, Abraham Bravo
What Do We Wish We Did?, Abraham Bravo
LAST WORD
Take It From Me , SM Section Editorshttps://digitalcommons.andrews.edu/sm-107/1021/thumbnail.jp
The Student Movement Volume 107 Issue 1: We\u27re Back: Andrews Begins First Post-Covid School Year
HUMANS
Interview of NEST performer: Sandrine Adap, Interviewed by: Nora Martin
Meet Helena Hilton!, Interviewed by: Nora Martin
Meet Aya Pagunsan, AUSA President, Interviewed by: Lauren Kim
ARTS & ENTERTAINMENT
Currently..., Solana Campbell
Film and a Fling, Jonathon Woolford-Hunt
Fleabag: Simply Human, Lily Rodriguez
Summer Rewind, Ysabelle Fernando
NEWS
Andy\u27s Welcome Back Party, Gloria Oh
News Analysis: Gun Violence in Cities, Julia Randall
What\u27s New? Genesis Fellowship, Lauren Butler
IDEAS
Bring Balance to the Forest, Alexander Navaro
In Rebuttal of Andrew Tate, Elizabeth Getahun
Student Loan Forgiveness, Gabriela Francisco
The Death of Her Majesty Queen Elizabeth II: The Right to Mourn (and Not), Alexander J. Hess
PULSE
Campus Life After Covid-19: A Newfound Freedom, Amelia Stefanescu
Environmental Fridays Begins a New Season, Princella Tobias
Freshmen Advice, Gloria Oh
What to Eat in a Small Town, Lexie Dunhamhttps://digitalcommons.andrews.edu/sm-107/1000/thumbnail.jp
Evaluation of a novel microfluidic immuno-magnetic agglutination assay method for detection of dengue virus NS1 antigen
BACKGROUND: Dengue virus (DENV) is the most important arbovirus worldwide, causing infections in endemic countries and returning travellers from these areas. Rapid diagnostic tests are needed to improve patient management and monitor local transmission. The detection of DENV non-structural protein 1 (NS1) is a useful tool for the diagnosis, but the currently available methods can be time consuming or lack sensitivity. The objective of our study was to evaluate a new rapid and semi-quantitative microfluidic DENV NS1 immuno-magnetic agglutination assay based on aggregation of magnetic nanoparticles detected by an electronic reader (Virotrack Dengue Acute and Blubox, Blusense diagnostics, Copenhagen, Denmark). METHODOLOGY/PRINCIPAL FINDINGS: A panel of 135 serum samples from travelers returning from dengue endemic countries was analyzed (74 DENV positive samples including the four DENV serotypes, 26 Zika virus positive samples, 25 chikungunya virus positive samples, 5 malaria positive samples and 5 negative samples). Samples were tested by three different antigen detection methods: SD Dengue NS1 Ag ELISA, SD BIOLINE Dengue Duo and ViroTrack Dengue Acute. The sensitivity observed for SD Dengue NS1 Ag ELISA, ViroTrack Dengue Acute and SD BIOLINE Dengue Duo was 97.2%, 91.1% and 68.1%, respectively. All methods showed high specificity (98.4% for ViroTrack Dengue Acute and 100% for both SD Dengue NS1 Ag ELISA and SD BIOLINE Dengue Duo). SD Dengue NS1 Ag ELISA and ViroTrack Dengue Acute only failed to detect samples positive for DENV-2. CONCLUSIONS/SIGNIFICANCE: ViroTrack Dengue Acute is a sensitive and specific assay for DENV NS1 detection. It provides faster results than the ELISA method and a better performance than the rapid immunochromatographic tests. ViroTrack Dengue Acute could represent a valuable tool for rapid diagnosis of DENV infections in returning travellers from endemic countries
Multifunctional and compact 3D FMCW MIMO radar system with rectangular array for medium-range applications
Miralles-Navarro, E.; Multerer, T.; Ganis, A.; Schoenlinner, B.; Prechtel, U.; Meusling, A.; Mietzner, J.... (2018). Multifunctional and compact 3D FMCW MIMO radar system with rectangular array for medium-range applications. IEEE Aerospace and Electronic Systems Magazine. 33(4):46-54. https://doi.org/10.1109/MAES.2018.160277S465433
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