Miracle-dz/UniFAR-FTUs huggingface dataset:
Physicochemical, Thermal and Spectroscopic characterization of the Energy of Consciousness Healing Treated Copper Chloride

Copper is the essential trace mineral that acts as a cofactor for enzyme systems related with the red blood cell formation, iron transport and metabolism, and immune function. The aim of this study was to determine the effect of The Trivedi Effect ® -Energy of Consciousness Healing Treatment on the physical, thermal, and spectral properties of copper chloride. In this study, the copper chloride sample was divided in two parts, in which one part was kept untreated and termed as control sample. Another part was termed as Biofield Energy Treated sample and it was treated remotely with The Trivedi Effect ® -Biofield Energy Healing Treatment by the renowned Biofield Energy Healer, Mr. Mahendra Kumar Trivedi. Consequently, both the samples were analyzed with the help of PXRD, TGA/DTG, DSC, UV-Vis, and FT-IR analytical techniques. The PXRD analysis of the treated sample showed the significant changes in the relative peak intensities and crystallite sizes from -27.67% to 153.49% and 0.126% to 30.03%, respectively along with 4.49% decrease in average crystallite size compared with the control sample. Besides, The TGA/DTG analysis showed that the weight loss of Biofield Energy Treated sample in 1 st , 2 nd , and 3 rd step was altered by 0.33, -17.79, and 3.64%, respectively, along with 1.45% increased total weight loss as compared to the control sample. The treated sample also showed significant increase in the maximum degradation temperature (T max ) for every peak by 6.92, 1.32, and 1.77%, respectively, compared to the control sample. The DSC analysis revealed that the melting point of the treated copper chloride was slightly reduced by 1.31% with a reduced latent heat of fusion ( ΔH ) by 3.78% compared to the control sample. However, the decomposition temperature of the treated sample was increased by 9.12% with a significant reduction of the enthalpy of decomposition by 43.45% compared with the control sample. Moreover, the FT-IR studies also revealed some alterations in the spectrum of the treated sample, as the peaks at 892 and 1154cm -1 in the control spectra were not observed in the treated sample and the peak at 1588cm -1 in the control sample spectra was shifted to higher frequency at 1601cm -1 in the spectra of treated sample. The overall study represents that The Trivedi Effect ® -Energy of Consciousness Healing Treatment may help in the production of a polymorphic form of copper chloride, which would be having better bioavailability and improved thermal stability compared to the control sample.
On Data Portraits: An analysis of creative approaches to the visualisation of personal data

The portrait, as a symbolic representation of personal identity, tends to reflect the social, cultural and technical context in which it is created. At a moment where technological mediation is omnipresent, data portraits appear as forms of portraiture that evocatively represent the identity of individuals based on the visualisation of their personal data, resulting from their daily activities that are digitally registered by technological devices of everyday use. This paper discusses the conceptual and creative possibilities associated with the concept of data portrait, through the description and analysis of artefacts that imply this notion. In order to understand the diversity of these artefacts, we propose a framework for their analysis focused on their concepts, mechanics and on the elements of their experience. In particular, we address their expressive functions, the types of data sources they use and how that data is collected. We then consider the data visualisation processes involved and, finally, describe the resulting sensory manifestations. By focusing on these forms of portraiture, as devised with the aid of computational means, this analysis also reflects on how portraiture can be reconceptualised to become more attuned with our contemporary mode of living immersed in data.
Prediction and Simulation Research on Temperature Field of Computer Room Based on Proper Orthogonal Decomposition

—The precision air conditioner accounts for 10% of energy consumption in data center. It is important to study how to adjust precision air conditioner to reduce energy consumption. Computational Fluid Dynamics (CFD) model is the most common method to simulate the temperature field in computer room, but the simulation time of existing software is large and the efficiency is low. In this paper, the proper orthogonal decomposition (POD) method is adopted. By taking the temperature field of the computer room under discrete configuration parameters as input, the proper orthogonal decomposition of each temperature field is performed to obtain the proper orthogonal basis of the temperature field, and then the approximate value of the temperature field of the computer room is obtained. Simulink is used to build air conditioning model and computer room model, and the temperature field under random load level is simulated. The results show that POD method has a great advantage in computing speed under the premise of little difference in accuracy.
Infection due to methicillin-resistant Staphylococcus REPORT OF AN UNUSUAL CASE

g g of the organism was performed initially by means of the routine antibiotic-disk technic. The organism was reported as being resistant to methicillin, penicillin G, chloramphenicol, tetracycline, and dihydro- streptomycin, and susceptible to cephalothin, lincomycin, and erythromycin. The patient was placed in strict isolation, and a large abscess in the left buttock was incised and drained. No evidence of osteomyelitis was found. Suction irrigation was initiated with streptokinase and streptodornase in solution. Cephalothin, 1 g intramuscu- larly, was administered every 6 hr from February 23 to February 28, but was discontinued because of persistent fever and inadequate clinical response. Subsequently, lincomycin was administered orally or intravenously in doses ranging from 1.8 to 4.0 g every 24 hr. Fever and signs of inflammation subsided and the wound showed evidence of healing. Mild leukopenia developed on March 11, and administration of lincomycin was discontinued. The patient was discharged from the hospital on March 12, and erythromycin stearate was administered for 24 days. By March 21, the wound on the left buttock had healed completely. Subsequent physical examinations on April 5, 18, and 21, disclosed no evidence of infection. The patient returned to India, and indicated by postcard on May 8, 1968, that she continued to feel well.
Back to the future: Heritage buildings, adaptation and sustainability in the Melbourne central business district

Humans have adapted buildings for almost as long as they have constructed shelters. With an acceptance of links between energy consumption, greenhouse gas emissions, and climate change, many perceive the built environment as a sector with high potential to reduce overall emissions. The built environment is responsible for around half of all greenhouse gas emissions and could play an important role in mitigating global warming. Many global cities aim to become carbon neutral, Melbourne leads the way with a target of neutrality by 2020 with others following such as San Francisco with a 2030 target. With only around two per cent of new buildings added to the existing stock each year, clearly the scope for emissions reductions lies largely within the adaptation of existing buildings. Buildings have to meet the needs of users and the wider community. As such, successful adaptation requires stakeholders to address social, technological, environmental, economic, and legislative criteria. Heritage buildings often account well in terms of embodied energy, though they may not be energy efficient. Whilst unlisted buildings present their own challenges and opportunities, heritage stock adds another layer of complexity to adaptation and sustainability practices, given the varied heritage-related restrictions on the nature and extent of retrofit measures that may reduce energy, water, and resource consumption. Concentrating on Melbourne, Australia, this paper addresses the question: what is the nature of adaptations in relation to heritage and non-heritage office building stock in the Central Business District (CBD)? The study analyses 1,548 commercial building adaptation events of heritage buildings, surveys the extent and nature of adaptations between 1998 and 2008, and identifies future considerations for integrating sustainability into heritage retrofits.
Mitochondrial function in immune cells in health and disease

tissue damage and organ dysfunction. Thus, immune cells have developed mechanisms to prevent such undesired immune activation by mitochondrial components. In the present narrative review, we will describe the current view of mitochondria in regulation of immune responses. We will also discuss the current knowledge on disturbed mitochondrial function in immune cells in various immunological diseases.
New Mechanism of Acyclovir Resistance in Herpes Simplex Virus 1, Which Has a UAG Stop Codon between the First and Second AUG Initiation Codons

SUMMARY: Morphological changes in the structure of the herpes simplex virus 1 (HSV-1) viral thymidine kinase (vTK) polypeptide usually lead to conferring acyclovir (ACV) resistance. HSV-1 I4-2, in which a UAG stop codon is present at the 8th position between the 1st initiation AUG codon (1st position) and the 2nd initiation AUG codon (46th position) of the HSV-1 vTK gene, showed sensitivity to ACV. In contrast, HSV-1 KG111, in which a UAG stop codon was artificially inserted at the 44th position, showed resistance to ACV at 39˚C. The mechanism underlying the difference in the sensitivity profiles was elucidated. The virus recombinants HSV-1-TK(8UAG) and HSV-1-TK(44UAG) containing a UAG stop codon at the 8th and 44th positions counted from the 1st initiation codon, respectively, were generated and tested for susceptibility to antiviral compounds. HSV-1-TK(8UAG) and HSV-1-TK(44UAG) were sensitive and resistant to ACV and BVdU at 37˚C, respectively. The expression level of the truncated vTK translated from the 2nd initiation codon in Vero cells infected with HSV-1-TK(44UAG) was clearly less than that with HSV-1-TK(8UAG) in a temperature-dependent manner. The differences in the antiviral sensitivity profiles were due to the position of the UAG stop codon between the 1st and the 2nd initiation codons.
reaction for spectroscopy of ^{26}Al

The 28 Si(p, 3 He) 26 Al reaction was utilized for the ﬁrst time to study the levels in 26 Al, using a proton beam from the Holiﬁeld Radioactive Ion Beam Facility (HRIBF). Five previously unreported states in 26 Al are observed and discussed, including Distorted Wave Born Approximation (DWBA) analysis. Proton-decay branching ratios consistent with previous studies and theoretical expecta-tions were found by detecting decay protons from highly excited 26 Al states in coincidence with the 3 He particles.
A SUDDEN DEATH ASSOCIATED WITH THE USE OF SODIUM NITROPRUSSIDE FOR INDUCTION OF HYPOTENSION DURING ANAESTHESIA

SODIIrM NITEOPRUSSmE was first used clinically in 1929.1 Since 1962, it has been used increasingly by infusion of a 0.01 per cent solution to achieve controlled hypotension during surgery. 2-4 Previous publications have attested to its potency, efficacy and, with due precautions, its safety due to the evanescent action. They do not point out the inherent toxic properties of this drug. Since no dosage range had been suggested for sodium nitroprusside as a hypotensive agent during anaesthesia, the dosage has been selected on an empirical basis to provide the degree of hypotension required. Hypertensive patients are particularly sensitive to the action of sodium nitroprusside, but young, healthy males may be relatively resistant or may develop tachyphylaxisP In the fatal case described, sodium nitroprusside was used during general anaesthesia in a 14-year-old boy undergoing bilateral saggital mandibular osteotomies for retrognathia. After extensive postmortem investigation, it was ascertained that the boy died of cyanide poisoning, complicated by a possible inherited defect of cyanide metabolism. This incident occurred in June 1974.
Commercialization of an ultra wideband precision asset location system

Ultra wideband (UWB) technology has been shown to possess unique advantages for precision localization applications. The use of short pulse RF waveforms provides inherent precision for time difference of arrival measurements, as well immunity to multipath effects in indoor applications. This paper describes an FCC-approved, commercial UWB precision asset location system which is being used for tracking of high valued assets in hospitals, factories and in military facilities.
ON THE TOPOLOGY OF SPATIAL POLYGON SPACES

It is known that Mn admits a Kahler structure such that the complex dimension of Mn is n — 3. For odd n, Mn is free from all singular points, while for even n, Mn has singular points. For odd n, H,(Mn\ Z) was determined by Kirwan and Klyachko [6, 8] (see Theorem 2.5). Then some results on the ring structure on H*(Mn/Sn\Q,) were proved by Brion and Kirwan [2, 7] (see Theorem 2.6), where <Sn denotes the symmetric group acting naturally on Mn. We remark that the results in [2, 6, 7, 8] are proved by using theorems in symplectic geometry. Unfortunately, their methods cannot apply to Mn for even n, because of the singular points of Mn. Thus in [5], -£/*(Mn;Q) (n: even) is determined by another method. Now let us assume n to be odd. The purpose of this paper is to prove new results on the topology on Mn. We study the following: (a) We obtain new information on 7r,(Mn). (b) We describe Mn in the oriented cobordism ring
Implicit Volume Ray Cast Mesh Renderer for Breast Cancer Detection

— a 3D reconstruction method using Implicit Volume Ray Cast Mesh Renderer is proposed to construct a 3D model from a series of real patient breast images. This method aims to visualize the diagnosed result from the 2D gray scale Digital Imaging and Communications in Medicine (DICOM) images. It provides an interactive 3D model for medical doctors to have a better explanation regarding the diagnosed results to the patients. A series of 2D breast DICOM images are generated by using magnetic resonance imaging (MRI). Then, the images are sorted by using the directory reconstruction system. After the breast images are sorted, implicit ray cast algorithm and Otsu’s multi threshold are employed for 3D reconstruction of breast cancer images and overlay with segmented breast cancer lesion. By comparing the proposed method with existing commercial software, the proposed method has utilized the breasts lesion detection to classify breast lesions during the 3D reconstruction process. Moreover, the tabulated results show that proposed method outperforms other commercial software. 
Riding a Motorcycle Affects Cognitive Functions of Healthy Adults:- A preliminary controlled study -

2013 ABSTRACT : We investigated whether riding a motorcycle in daily life has beneficial effects on the cognitive functions of healthy subjects. Twenty-two healthy right-handed men, who had a significant break from riding, participated in this study. They were randomly assigned to either the intervention or control group. The intervention group was asked to ride a motorcycle in their daily life for two months. The intervention group showed improvement of their visuospatial cognition compared with the control group. Results of this study indicate that riding a motorcycle in daily life could have beneficial effects in returning
Mandibular Asimetri ve Asemptomatik Denekler Arasındaki Temporomandibular Eklemde Biyomekanik Karşılaştırmanın Modifiye Sonlu Elemanlar Modellerini Kullanarak Yapılması The Biomechanical Comparison of The Temporomandibular Joint Between Mandibular Asymmetry and Asymptomatic Subjects Using Modified F

Mandibular asimetri, elemanlar yöntemi, Temporomandibular Abstract The differences in stress distributions in the temporomandibular joints (TME) between patients with mandibular asymmetry and asymptomatic subjects were compared using modified three-dimensional (3D) finite element (SE) models. 10 asymptomatic subjects and ten mandibular asymmetric patients were formed the Control and Case group, respectively. Non-homogeneous material properties were used in mandible and maxilla SE models, which were reconstructed according to computed tomography (CBCT). Interaction surfaces were treated as contact elements. Forces and boundary conditions were applied to two groups corresponding to two blockages. Simulation revealed significant differences between the deviation of the TMJs under the central and anterior occlusions in the case group and between the deviation sides (p <0.05). The stresses of von Mises in the case group were significantly higher than those in the Control group on the non-deviating side. Abnormal distributions and stress concentrations were also found in the TMJ of the patients. As a result, modified SE models provided a more realistic way to simulate the maxillofacial system. Also, mandibular asymmetry can increase the tension of the TMJ. In patients with mandibular asymmetry, overstress of TMJ was observed to be associated with temporomandibular disorders (TMD).
Assessment of Indian diabetes risk score as a tool for identifying diabetes among urban residents

Background: Indian Diabetes Risk Score [IDRS] by Madras Diabetic Research Foundation was approved as screening tool in National programme for prevention and control of Cancer, Diabetes, Cardiovascular Diseases and Stroke (NPCDCS). This study was planned to test the utility of IDRS in screening diabetes among urban population. Methods: This cross-sectional study was conducted among 625 individuals residing in urban wards of Rajahmundry in 2013-14. Data was collected on socio-demographic variables, anthropometric measurements followed by testing for fasting blood sugars to diagnose diabetes. Area under receiver operating characteristic curve was calculated for presence of diabetes. Results: In the present study 49.92% population had high risk score (≥60) for diabetes. The prevalence of diabetes in our study was about 15.4%, and pre-diabetes was 4.5 % (total 19.9%). It was observed that obesity among females was 43.36%, among males it was 31.52%. In this study IDRS >60 had the sensitivity of 79.17% and specificity of 50.0%. IDRS >60 not only diagnoses diabetes also identifies coronary artery disease. In the community it also helps to identify metabolic syndrome. Conclusions: IDRS is a useful screening tool for early diagnosis diabetes and initiation of appropriate lifestyle interventions to prevent various complications of diabetes mellitus.
A Comparative Study on Evaluation of Methods in Capturing Emotion

We live in an ‘experience culture’ where emotions are more accepted as an important ingredient of human life and several studies show that emotions play a vital role in almost everything we do. In the design of HCI it is important to understand what emotion the design should evoke as well as being able to evoke that emotion in the user. Capturing emotion is in using an IT-Artifact is not an easy task and there are several methods which have been evolved to do that. Choosing right method to evaluate emotion is a vital fact in capturing emotion as a thread of user experience for the designer to design user experience. This thesis studies the evaluation methodologies to capture emotions with comparative studies of two methods using single IT-Artifact. It is tried to evaluate the outcomes or what we really get to know about emotion using these methods here in this thesis studies.
FREQUENCY AND DISTRIBUTION OF MEFV GENE MUTATION IN FAMILIAL MEDITERRANEAN FEVER PATIENTS: A SINGLE CENTER EXPERIENCE

Objective We aimed to evaluate frequency and distribution MEFV gene mutation variants in patients with presumptive diagnosis of Familial Mediterranean Fever (FMF). Patients who had undergone FMF targeted mutation analysis between September 2018 and September 2019 were retrospectively analyzed. Twenty-six distinct MEFV gene mutation variants were studied. Demographic and clinical data of study participants were collected from patient charts and hospital electronic database system. Out of 910 referred patients, 350 (38.5%) were found to have a positive FMF mutation. In total, we detected 41 different genotypes and 26 different mutations in the MEFV gene. The most common mutation and genotype were M694V and heterozygous M694V, respectively. Two hundred and seventy-six patients (78.9%) had a single mutation. Seventy-four patients had compound heterozygous mutation (21.1%). The most common compound heterozygous mutations were P369S/R408Q (23.3%). Five founder mutations constituted the seventy-five percent of the all mutations detected. Rare mutations that generally not examined in other studies were present in 15 patients (%4.2) in the form of two different compound heterozygous genotype. The total allele frequency of these rare mutations was 5%. In this study, we examined an extended panel of MEFV mutations and detected more complex genotypes than most of the previous studies conducted in Turkish patients in the literature.
Thomas and Legge's matching hypothesis for detection and recognition tasks: Two tests

Thomas and Legge have proposed a matchinq hypothesis for two-alternative detection and recognition tasks. Given symmetric payoff, S is supposed to match his unconditional response probabilities to the presentation probabilities. More generally, even when payoff is asymmetric, S is supposed to keep his unconditional response probabilities constant across different discriminability levels. Time series analysis is applied here to the response sequences from two auditory amplitude recognition tasks to test both hypotheses. Experiment I obtains a single sequence from each of 16 Ss. Experiment II obtains two sequences at different discriminability levels from each of 24 Ss. Departures from the matching hypothesis are extremely gross in both cases. In addition, Experiment II shows clear changes in the response probabilities across discriminability conditions, though these are not systematic in direction across Ss.
Influence of air gaps in single-layer bandpass FSS structures

The air gaps in compound structures of frequency-selective-surface(FSS) and dielectric slab were investigated by computation,based on modal matching method,and experimentation,taking slot arrays as illustrative examples.The results show that the influence of air gaps on the transmission properties have a close relationship with the air gap and dielectric thickness.The resonant frequency of FSS with air gap is higher than without air gap.The transmission properties would change periodically with the air gap thickness,if the air gap is thicker than a specific value.The change of transmission properties in one period is determined by dielectric thickness.Mechanism analysis is also carried out.Based on these results,the concept of stealth shield radome is developed,which provides a new thought for application of FSS radome with large angle incidence and low loss.
System Identi 五 cationU sing a Generalized Orthonormal Functions

In this paper ， we will expand and generalize the orthogonal functions as basis functions for dynamical system representations. The orthogonal functions can be considered as generalizations of ， for example ， the pulse functions ， Laguerre functions ， and Kautz functions. A least-squares iden ti 日 cationmethod is studied that estimates a finite number of expansion coefficients in the series ex pansion of a transfer function ， where the expan sion is in terms of recently introduced generalized orthogonal functions. The analysis is based on the result that the corresponding linear regression normal equations have a block Toeplitz structure. It is shown how we can exploit a block Toeplitz structure to increase the speed of convergence in a senes expanS lO n.