gebhart/patrepeval huggingface dataset:
The formation of Ca++-dependent complexes of platelet membrane glycoproteins IIb and IIIa in solution as determined by crossed immunoelectrophoresis (1981)

Triton X-100 soluble proteins from 125I-labeled human platelets were studied by crossed immunoelectrophoresis employing a multispecific rabbit antibody raised against whole normal platelets. Emphasis was placed upon an analysis of immunoprecipitates containing 125I-labeled major membrane glycoproteins, and in particular, a prominent immunoprecipitate containing a glycoprotein antigen (s) previously designated as protein 16. SDS-polyacrylamide gel electrophoresis of protein 16 precipitated by a monospecific alloantibody. IgG L . . . , confirmed the presence of both glycoproteins IIb and IIIa. 125I-IgG L . . . , at concentration below that capable of precipitating protein 16 by itself, bound specifically to the precipitate containing protein 16 produced by the multispecific rabbit antibody. No other precipitates formed by the rabbit antibody contained either glycoprotein IIb or IIIa. When platelet proteins, incubated with optimum concentrations of ethylenediamine tetraacetic acid (EDTA) or ethyleneglycol bis (B- aminoethylether) NN1-tetraacetic acid (EGTA), were electrophoresed against the rabbit antibody, previously unobserved immunoprecipitates that contained either free glycoprotein IIb or free glycoprotein IIIa were detected. Upon readdition of excess Ca++, but not Mg++, to the same protein samples, a single immunoprecipitate containing both glycoproteins was once again observed. It is thus demonstrated that glycoproteins IIb and IIIa can form Ca++-dependent complexes (protein 16) in Triton X-100 extracts of normal platelets. The potential significance of the reversible association of these glycoproteins to normal platelet function is discussed.
Application of neural network techniques to automatic licence plate recognition (1995)

With the ever-increasing cost and inconvenience of traffic congestion all around the world, many initiatives for effective control of traffic have been proposed or are undergoing trials. Intelligent transport management systems, which include video recording and analysis, are being applied to the enforcement of traffic regulations, such as speed violation and red traffic light infringement, road use surveys, road tolling and car park security. This paper addresses the problems associated with the capture and analysis of vehicle licence plate information from standard CCTV cameras, and a solution to effective character recognition which offers the potential for licence plate recognition in a multinational licence plate environment.
Agriculture for development : agricultural innovations in science and technology in Latin America to meet growing demand for agricultural products (2008)

Public spending and private sector investment in agricultural research in Latin America and the Caribbean (LCR) is low, and often lacks long-term strategic planning as well as budgetary transparency. However, investing in agriculture can benefit the poor 2-4 times more than investing in non-agriculture, as both the World Development Report 2008 as well as the regions substantive 2005 publication Beyond the City emphasize. Given this high return on investments in agriculture for pro-poor growth, the three key messages that are conveyed here are: (a) current investments in agricultural research in LCR are low and need to be increased in order to effectively address the poor in a context of climate change; (b) the region needs to invest not only in agricultural research but also in the innovation system in general in order to effectively match supply and demand for innovations. This requires strengthening of agricultural institutions, organization of producers, consumers and other groups; and c) agricultural innovation is a joint responsibility of the public and private sectors. Developing general and country-specific models that allow sharing of responsibilities is a major challenge.
Dendritic cells transfected with interleukin‐12 and pulsed with tumor extract inhibit growth of murine prostatic carcinoma in vivo (2003)

We conclude that antigen-exposed, IL-12-transfected dendritic cells have potential as an immunotherapy for prostate carcinoma. Routes of administration of dendritic cells are critical for maximal anti-tumor effect.
Phase balancing using mixed-integer programming [distribution feeders] (1998)

Unbalanced feeder systems cause deteriorating power quality and increase investment and operating costs. Feeder reconfiguration and phase swapping are two popular methods to balance the systems. For an unbalanced feeder system, feeder reconfiguration is difficult to meet the phase balancing criterion due to the limited number of sectionalizing switches available. Phase swapping is another alternative and direct approach for phase balancing. Phase swapping has not received its deserved attention due to the complexity of feeder systems, the dimension of problems, and totally overlooking the impacts of phase imbalance. Phase swapping can economically and effectively balance the feeder systems to improve power quality and reduce power system total cost. Deregulation arises competition on power quality, service reliability and electricity price. Therefore phase swapping can enhance a utilities' competitive capability. This paper proposes a mixed-integer programming formulation for phase swapping optimization. Single-phase loads are treated differently to three-phase loads. Nodal phase swapping and lateral phase swapping are also introduced. An example is used to illustrate the proposed method.
BACTERICIDAL ACTION OF HISTONE (1958)

The arginine-rich fraction of calf thymus histone (histone B) exerts bactericidal activity on various coliform bacilli and micrococci under certain conditions in vitro. Final concentrations of less than 1 microg. histone per ml. kill susceptible microbes without detectable morphological alteration or lysis. Among the microorganisms highly susceptible to histone are Escherichia, Salmonella, Shigella, Pseudomonas, Klebsiella, and Micrococcus pyogenes var. albus. Less susceptible or completely resistant are Proteus, Serratia, Micrococcus pyogenes var. aureus, and various types of hemolytic streptococci. Coliforms grown on solid media are much more resistant to the lethal effect of histone than are those cultured in liquid media. This difference is apparently related to the physiological state of the bacteria; agar grown microorganisms washed with water remain resistant to histone, whereas incubation in broth rapidly renders them more susceptible. Histone is adsorbed onto heat-killed E. coli K-12 under conditions suitable for lethal action on this organism. The bactericidal activity of histone is but little affected by pH of the test system, but ionic strength of the medium exerts a marked influence, the lethal action being reduced or blocked as the salt concentration reaches levels higher than that of 0.15-0.2 M NaCl. Relatively high concentrations of rabbit serum or of bovine plasma albumin reduce the bactericidal activity of histone in a medium at pH 7; these serum preparations are, however, essentially without effect in the test system at pH 5.6. The bactericidal effect of histone is antagonized by addition to the medium of small amounts of certain basic substances (protamine, spermine), or of various acid polysaccharides (heparin, nucleic acid, bacterial lipopolysaccharides). The rate of killing of E. coli K-12 by histone increases as the temperature and the concentration of histone are raised. Within the limits studied, this rate also appears to be directly proportional to the concentration of bacteria in the system.
Highway Networks (2015)

There is plenty of theoretical and empirical evidence that depth of neural networks is a crucial ingredient for their success. However, network training becomes more difficult with increasing depth and training of very deep networks remains an open problem. In this extended abstract, we introduce a new architecture designed to ease gradient-based training of very deep networks. We refer to networks with this architecture as highway networks, since they allow unimpeded information flow across several layers on information highways. The architecture is characterized by the use of gating units which learn to regulate the flow of information through a network. Highway networks with hundreds of layers can be trained directly using stochastic gradient descent and with a variety of activation functions, opening up the possibility of studying extremely deep and efficient architectures.
Motion estimation with a mobile camera for traffic applications (2002)

This paper describes a digital rear-view mirror that assists the driver to analyze situations on the road behind him. From the observations of a single camera we want to derive the real-world motion of the vehicles behind our car. These observations are influenced by the egomotion of the camera. In our approach, we use a robust algorithm to estimate the mean viewing direction of the camera. Provided with this information we correct the observations on the fly to simulate the situation where the camera is looking straight backwards. This makes further processing algorithms less complex. We explain how to estimate real-world motion parameters of interest, like the time-to-contact and lane-shifts. Results based on practical data are presented to indicate the practical validity of our approach. The experiments show how the viewing direction is corrected in an accurate and robust way. The estimation procedure for the time-to-contact is improved by the correction algorithm for the viewing direction, but still requires some refinement.
Advances in Record-Linkage Methodology as Applied to Matching the 1985 Census of Tampa, Florida (1989)

Abstract A test census of Tampa, Florida and an independent postenumeration survey (PES) were conducted by the U.S. Census Bureau in 1985. The PES was a stratified block sample with heavy emphasis placed on hard-to-count population groups. Matching the individuals in the census to the individuals in the PES is an important aspect of census coverage evaluation and consequently a very important process for any census adjustment operations that might be planned. For such an adjustment to be feasible, record-linkage software had to be developed that could perform matches with a high degree of accuracy and that was based on an underlying mathematical theory. A principal purpose of the PES was to provide an opportunity to evaluate the newly implemented record-linkage system and associated methodology. This article discusses the theoretical and practical issues encountered in conducting the matching operation and presents the results of that operation. A review of the theoretical background of the record-linkage problem provides a framework for discussions of the decision procedure, file blocking, and the independence assumption. The estimation of the parameters required by the decision procedure is an important aspect of the methodology, and the techniques presented provide a practical system that is easily implemented. The matching algorithm (discussed in detail) uses the linear sum assignment model to "pair" the records. The Tampa, Florida, matching methodology is described in the final sections of the article. Included in the discussion are the results of the matching itself, an independent clerical review of the matches and nonmatches, conclusions, problem areas, and future work required. Key Words: Census adjustmentCensus coverage evaluationEM algorithmPostenumeration survey
EQUINE ANTIHAPTEN ANTIBODY (1967)

Eight antigenically unique immunoglobulins have been identified in purified equine anti-p-azophenyl-beta-lactoside (Lac) antibody isolated from a single horse. The Fc fragments of the gammaGa-, gammaGb-, gammaGc-, and -gammaA-globulins have been shown to possess unique antigenic determinants. Common gammaG- and gammaA-Fc fragment antigenic determinants, which were absent from the 10Sgamma(1)- and gammaM-globulins, have also been observed. All antibody populations share two antigenically distinct light (B, L) chain variants. The association of anti-Lac antibody with the hapten p-(p-dimethylamino-benzeneazo)-phenyl-beta-lactoside has been measured by equilibrium dialysis and by fluorescence quenching. A variation in the affinity of anti-Lac antibody for hapten has been observed. The affinity of antibody was unaltered by enzymatic removal of the Fc fragments by peptic digestion or dissociation of the two combining sites on the papain 3.5S Fab fragments, indicating that the observed heterogeneity of affinities was not a direct function of the heterogeneity in structure of the Fc fragments. Isolated heavy (A, H) chains of gammaA-anti-Lac antibody have been shown to have retamed affinity for Lac dye by equilibrium dialysis and by analytical ultracentrifugation, employing a combination of schlieren and absorption optics. The heavy (A, H) chains from two physically separable, antigenically distinct antibody populations, isolated from the same animal and having affinity for the same haptenic determinant, have been found to differ in their amino acid composition. Anti-Lac antibody light (B, L) chains have also been shown to be chemically heterogeneous, and contained populations of polypeptide chains possessing, and populations lacking methionine. The relevance of the observed structural heterogeneity of equine anti-Lac antibody to the problem of defining the mechanism of acquisition of immunological specificity is briefly discussed.
Hyaluronic acid hydrogels with IKVAV peptides for tissue repair and axonal regeneration in an injured rat brain (2007)

A biocompatible hydrogel of hyaluronic acid with the neurite-promoting peptide sequence of IKVAV was synthesized. The characterization of the hydrogel shows an open porous structure and a large surface area available for cell interaction. Its ability to promote tissue repair and axonal regeneration in the lesioned rat cerebrum is also evaluated. After implantation, the polymer hydrogel repaired the tissue defect and formed a permissive interface with the host tissue. Axonal growth occurred within the microstructure of the network. Within 6 weeks the polymer implant was invaded by host-derived tissue, glial cells, blood vessels and axons. Such a hydrogel matrix showed the properties of neuron conduction. It has the potential to repair tissue defects in the central nervous system by promoting the formation of a tissue matrix and axonal growth by replacing the lost tissue.
Twist: A Regulator of Epithelial-Mesenchymal Transition in Lung Fibrosis (2009)

We conclude that Twist contributes to EMT in the model of virus-induced pulmonary fibrosis. We speculate that in some IPF cases, gamma-herpes virus infection with EBV might be a source of injury precipitating EMT through the expression of Twist.
Thalidomide as an anti‐cancer agent (2002)

Thalidomide is a glutamic acid derivative initially introduced as a sedative hypnotic nearly forty years ago. It was withdrawn following numerous reports linking it to a characteristic pattern of congenital abnormalities in babies born to mothers who used the drug for morning sickness. It has gradually been re-introduced into clinical practice over the past two decades, albeit under strict regulation, since it was found to be useful in the management of erythema nodosum leprosum and HIV wasting syndrome. Recognition of its anti-angiogenic effect led to its evaluation in the treatment of various malignancies, where angiogenesis has been shown to play an important role. Numerous clinical trials done over the past four years have confirmed the significant anti-myeloma activity of this drug. It has also shown promise in preliminary trials in the treatment of a variety of different malignant diseases. The mechanisms of its antineoplastic effects continue to be the focus of ongoing research. It has become clear that even though its anti angiogenic effects play a significant role in the anti-tumor activity, there are other properties of this drug which are responsible as well. It also possesses anti-TNF alpha activity, which has led to its evaluation in several inflammatory states. In this concise review, we briefly describe the historical background and pharmacological aspects of this drug. We have concisely reviewed the current knowledge regarding mechanisms of its anti-neoplastic activity and the results of various clinical trials in oncology.
Dependence of line shapes in femtosecond broadband stimulated Raman spectroscopy on pump-probe time delay (2004)

The effect of the time delay between the picosecond Raman pump and the femtosecond Stokes probe pulse on the Raman gain line shape in femtosecond broadband stimulated Raman spectroscopy (FSRS) is presented. Experimental data are obtained for cyclohexane to investigate the dependence of the FSRS line shape on this time delay. Theoretical simulations of the line shapes as a function of the time delay using the coupled wave theory agree well with experimental data, recovering broad line shapes at positive time delays and narrower bands with small Raman loss side wings at negative time delays. The analysis yields the lower bounds of the vibrational dephasing times of 2.0 ps and 0.65 ps for the 802 and 1027 cm(-1) modes for cyclohexane, respectively. The theoretical description and simulation using the coupled wave theory are also consistent with the observed Raman gain intensity profile over time delay, reaching the maximum at a slightly negative time delay (approximately -1 ps), and show that the coupled wave theory is a good model for describing FSRS.
p53 Targets Simian Virus 40 Large T Antigen for Acetylation by CBP (2004)

Simian virus 40 (SV40) large T antigen (T Ag) interacts with the tumor suppressor p53 and the transcriptional coactivators CBP and p300. Binding of these cellular proteins in a ternary complex has been implicated in T Ag-mediated transformation. It has been suggested that the ability of CBP/p300 to modulate p53 function underlies p53's regulation of cell proliferation and tumorigenesis. In this study, we provide further evidence that CBP activity may be mediated through its synergistic action with p53. We demonstrate that SV40 T Ag is acetylated in vivo in a p53-dependent manner and T Ag acetylation is largely mediated by CBP. The acetylation of T Ag is dependent on its interaction with p53 and on p53's interaction with CBP. We have mapped the site of acetylation on T Ag to the C-terminal lysine residue 697. This acetylation site is conserved between the T antigens of the human polyomaviruses JC and BK, which are also known to interact with p53. We show that both JC and BK T antigens are also acetylated at corresponding sites in vivo. While other proteins are known to be acetylated by CBP/p300, none are known to depend on p53 for acetylation. T Ag acetylation may provide a regulatory mechanism for T Ag binding to a cellular factor or play a role in another aspect of T Ag function.
Clinical Manifestations (1985)

Two hundred and fourteen patients with Crohn's disease (CD) consecutively admitted during a 5-year period were observed for a mean of 9 years (range, 0-35 years). Sixty-five per cent had their initial symptoms between 10 and 30 years of age and 9.2% after the age of 50 years. The CD diagnosis was delayed for more than 10 years in 8% (mean, 4.5; range, 0-31 years). Large-bowel involvement was seen in 82.5% and was the only localization of the disease in a fourth of the patients. Recurrent abdominal pain occurred in two-thirds of patients with ileal or ileocolic disease. Acute abdominal pain was the cause of laparotomy in 14% of the patients with ileocolic CD. Diarrhea and rectal bleeding occurred significantly more often in colonic CD, whereas fistula complicated ileocolic disease more often than isolated involvement of small or large bowel. Associated extraintestinal diseases were seen in 117 patients (55%), most frequently related to colonic involvement (joint disease, 21%; eye, 12%, skin, 8%). Of 26 patients (12%) with liver pathology, 10 patients had amyloid deposits. Amyloidosis was diagnosed in altogether 12 patients (6%).
Patient-reported treatment satisfaction&nbsp;and&nbsp;choice of dosing frequency&nbsp;with biologic treatment for&nbsp;moderate to severe plaque&nbsp;psoriasis (2015)

Patients using biologics reported satisfaction with their treatment, which may positively affect outcomes. Longer dosing intervals were chosen most frequently among all patients combined. Reports of patient satisfaction with prior treatments and choices regarding dosing frequency, among all other considerations, should be evaluated in determining an appropriate biologic medication for psoriasis.
A One-Chip Automatic Equalizer for Echo Reduction in Teletext (1981)

Theory, implementation and test results of an automatic equalizer for echo reduction in Teletext are described.
Activation of Src induces mitochondrial localisation of de2-7EGFR (EGFRvIII) in glioma cells: implications for glucose metabolism (2011)

A common mutation of the epidermal growth factor receptor in glioma is the de2-7EGFR (or EGFRvIII). Glioma cells expressing de2-7EGFR contain an intracellular pool of receptor with high levels of mannose glycosylation, which is consistent with delayed processing. We now show that this delay occurs in the Golgi complex. Low levels of de2-7EGFR were also seen within the mitochondria. Src activation dramatically increased the amount of mitochondrial de2-7EGFR, whereas its pharmacological inhibition caused a significant reduction. Because de2-7EGFR is phosphorylated by Src at Y845, we generated glioma cells expressing a Y845F-modified de2-7EGFR. The de2-7EGFR(845F) mutant failed to show mitochondrial localisation, even when co-expressed with constitutive active Src. Low levels of glucose enhanced mitochondrial localisation of de2-7EGFR, and glioma cells expressing the receptor showed increased survival and proliferation under these conditions. Consistent with this, de2-7EGFR reduced glucose dependency by stimulating mitochondrial oxidative metabolism. Thus, the mitochondrial localisation of de2-7EGFR contributes to its tumorigenicity and might help to explain its resistance to some EGFR-targeted therapeutics.
Erythropoietin Concentrations in Cerebrospinal Fluid of Nonhuman Primates and Fetal Sheep following High-Dose Recombinant Erythropoietin (2003)

Erythropoietin (Epo) decreases neuronal injury and cell death in vitro and in vivo. To lay the groundwork for use of Epo as a potential therapy for brain injury, we tested the hypothesis that systemic dosing of high-dose recombinant Epo (rEpo) would result in neuroprotective rEpo concentrations in the spinal fluid of adult and developing animals. This report characterizes the pharmacokinetics of high-dose rEpo in the blood and spinal fluid of juvenile and adult nonhuman primates (n = 7) and fetal sheep (n = 37) following a single injection. Timed blood and spinal fluid samples were collected following rEpo injection. Epo accumulation in spinal fluid was dependent on peak serum concentration and time following injection. We demonstrate that high-dose rEpo was well tolerated and results in neuroprotective concentrations in spinal fluid of adult and developing animal models by 2-2.5 h after injection.