[PDF] Top 20 Systems biology from virus to humans

... a virus particle often serves as an initial guide in determining functional roles for viral proteins as well as antiviral and/or vaccine antigen target ...the virus particles along with the viral components ... See full document

... after virus exposure to monitor for cancer development ...transforming virus, but it is of mod- erate strength that SV40 exposure from polio vaccine is related to SV40 infection in humans and ... See full document

... A similar approach was taken using MARV-Angola, a strain isolated from the 2005 MARV outbreak in Angola. MARV-Angola was serially passaged through SCID mice 24 times using liver homogenates [56]. This resulted in ... See full document

... ZKV has been reported in human blood as soon as the day of the illness, while the viral nucleic acid has been detected until 11 days post onset. Ether, potassium permanganate, and temperatures >140°F (>60°C) have ... See full document

... algorithm of HotNet2 and GeneRank to identify host genes participating in the progress of JEV 245. infection[r] ... See full document

... means, systems biology casts into doubt the central dogma of molecular biology, and proposes plausible alternatives to reductivism are hugely important for biology and for ...what ... See full document

... This virus is a member of the genus Nairovirus in the family ...The virus is transmitted to humans by the bite of Ixodid tick mostly of the Hyalomma genus or by contact with blood or tissues ... See full document

... strands from the human virus can get mistakenly enclosed inside the enveloped swine influenza ...flu virus from the 16 available segment ...of virus (known as antigenic shift) that may ... See full document

... H5N1 virus incident in Hong Kong in 1997, viruses that are closely related to H5N1 viruses initially isolated in a severe outbreak of avian influenza in chickens were isolated from humans, signaling ... See full document

... Expression of IAK1 in ipl1 mutant, but not wildtype, yeast cells causes defects in chromosome segregation and spindle architec- ture suggesting that it can interfere with components of the yeast chromosome segregation ... See full document

... Therefore, whole body model and the cellular one were combined together adding two new equations: one for the interstitial insulin and one for the interstitial glucose. The connec- tion between the levels is designed to ... See full document

... The variability in developmental processes, such as motor performance, developmental sequence, or the duration of developmental stages, was emphasized to explain the development by the Neuronal Group Selection Theory ... See full document

... The submissions show that dirofilaria fairly common in domestic dogs in both the urban and rural population. It turned out that the nematodes of D. immitis in Uzbekistan are found in dogs regardless of the methods of ... See full document

... evolution, from nascent, unstable adhesions to stable adhesions with a steady-state size (77), and the interplay of ECM stiffness, remodeling, and ligand density can influence focal adhesion size and growth ... See full document

... information from the material, and defining that information is not material; then we can split energy into two, separating information energy from material energy and put forward that the driving force of ... See full document

... versus systems biological ...the systems biological or network disease, the biological function that is impaired in the disease, or the new pathological function, depends on many factors (called Z here) at ... See full document

... selected from the ab- stracts submitted to the ...(Systems Biology Institute and Okinawa In- stitute of Science and Technology, Japan), one of the founders of Systems Biology and the ... See full document

... The fact that the addition of thrombin to PRP, but not ADP or the thromboxane mimetic, U46619, results in attenuation of convulxin-induced calcium mobilization when convulxin is added to PRP 480 seconds later indicates ... See full document

... As a final comparison we look at the number of coding genes in the smallest known genome to our CMOS fab. The organism in question, Mycoplasma genitalium, con- tains, 471 coding genes [45]. These breakdown into the ... See full document

... arise from several sources: fluorescent background from the cell, blinking of nonspecifically bound probes, crosstalk amongst the fluorophores, and errors in computation ...deviations from the ... See full document