1,233 results on '"Sharma, Raman"'
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2. Surreptitious Area of Middle Ear - the Sinus Tympani
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Negi, Sakshi, Singh, Ishwar, Meher, Ravi, Sharma, Raman, Kumar, Jyoti, Gopal, Ashish, and Goel, Prakhar
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- 2024
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3. Biomarkers of Oxidative Stress in Canine Dermatitis
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Sharma, Raman, Hussain, Kafil, Batoo, Azhar Shuaib, Chaudhary, Sunil, Kour, Sumreen, Chibber, Shruti, and Bhat, Manzoor Ahmad
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- 2017
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4. Ewing’s Sarcoma of Maxillary Sinus
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Sharma, Raman, Kumar, Pratik, Meher, Ravi, Shruti, Nandini, Gopal, Ashish, and Mandal, Shramana
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- 2024
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5. Inflammatory risk and clinical outcomes according to polyvascular atherosclerotic disease status in patients undergoing PCI
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Bay, Benjamin, Vogel, Birgit, Sharma, Raman, Sartori, Samantha, Leone, Pier Pasquale, Nathani, Mashal, Oliva, Angelo, Smith, Kenneth F., Hooda, Amit, Sweeny, Joseph, Dangas, George, Kini, Annapoorna, Krishnan, Prakash, Sharma, Samin K., and Mehran, Roxana
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- 2024
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6. Carotidynia - An Unexplored Entity in Otolaryngology Practice: Three Case Reports & Review of Literature
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Sharma, Raman, Kumar, Pratik, Singh, Divya, Meher, Ravi, and Kumar, Jyoti
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- 2024
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7. Clinical Profile, Intensive Care Needs and Predictors of Outcome Among Children Admitted with Non-COVID Severe Acute Respiratory Illness (SARI) During the Pandemic
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Agarwal, Ashish, Jayashree, Muralidharan, Angurana, Suresh Kumar, Sharma, Raman, Ghosh, Arnab, Singh, Mini P, Nallasamy, Karthi, and Bansal, Arun
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- 2024
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8. Hypophosphatemia: A Common but Overlooked Cause of Cardiac Dysfunction in a Child with DKA
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Agarwal, Ashish, Sathwik, G., Prasad, Shankar, Sekhar, Jerin C., Sharma, Raman, and Jayashree, Muralidharan
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- 2024
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9. Janus $\beta$-PdXY (X/Y = S, Se, Te) Materials with high Anisotropic Thermoelectric Performance
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Jakhar, Mukesh, Sharma, Raman, and Kumar, Ashok
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Condensed Matter - Materials Science - Abstract
Two-dimensional (2D) materials have garnered considerable attention as an emerging thermoelectric (TE) material owing to their unique density of state (DOS) near the Fermi level. We investigate the TE performance of Janus $\beta$-PdXY (X/Y=S, Se, Te) monolayer materials as a function of carrier concentration and mid-temperature range (300 to 800 K) by combining density functional theory (DFT) and semi-classical Boltzmann transport theory. The phonon dispersion spectra and AIMD simulations confirm their thermal and dynamical stability. The transport calculation results reveal the highly anisotropic TE performance for both n and p-type Janus $\beta$-PdXY monolayers. Meanwhile, the coexistence of low phonon group velocity and converged scattering rate leads to lower lattice thermal conductivity (K_l) of 0.80 W/m K, 0.94 W/m K, and 0.77 W/m K along y-direction for these Janus materials. While the high TE power factor is attributed to the high Seebeck coefficient (S) and electrical conductivity, which is due to the degenerate top valance bands of these Janus monolayers. The combination of lower K_l and high-power factor at 300K (800 K) leads to an optimal figure of merit (ZT) as 0.68 (2.21), 0.86 (4.09) and 0.68 (3.63) for p-type Janus PdSSe, PdSeTe and PdSTe monolayers. To capture rational electron transport properties, the effects of acoustic phonon scattering ($\tau$_ac), impurity scattering ($\tau$_imp), and polarized phonon scattering ($\tau$_polar) are included in the temperature-dependent electron relaxation time. These findings indicated that the Janus $\beta$-PdXY monolayers are promising candidates for TE conversion devices., Comment: 23 pages, 10 figures, Nanoscale, 2023
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- 2023
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10. 'Maladapted' Public Transport Solutions: A Case of Amritsar in Punjab, India
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Gandhi, Kanchan, Sharma, Raman, Shaw, Rajib, Series Editor, Sarkar, Anindita, editor, Bandyopadhyay, Nairwita, editor, Singh, Shipra, editor, and Sachan, Ruchi, editor
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- 2024
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11. Adsorption of Te clusters on tellurene and MoS2 monolayers: structural, electronic, and optical properties
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Sharma, Tamanna, Sharma, Sheetal, Sharma, Munish, and Sharma, Raman
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- 2024
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12. 3D intrinsic shapes of quiescent galaxies in observations and simulations
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Zhang, Junkai, Wuyts, Stijn, Witten, Callum, Avery, Charlotte R., Hao, Lei, Sharma, Raman, Shen, Juntai, Toshikawa, Jun, and Villforth, Carolin
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Astrophysics - Astrophysics of Galaxies - Abstract
We study the intrinsic 3D shapes of quiescent galaxies over the last half of cosmic history based on their axial ratio distribution. To this end, we construct a sample of unprecedented size, exploiting multi-wavelength $u$-to-$K_s$ photometry from the deep wide area surveys KiDS+VIKING paired with high-quality $i$-band imaging from HSC-SSP. Dependencies of the shapes on mass, redshift, photometric bulge prominence and environment are considered. For comparison, the intrinsic shapes of quenched galaxies in the IllustrisTNG simulations are analyzed and contrasted to their formation history. We find that over the full $0
10^{11}\ M_{\odot}$, with the effect being most pronounced at lower redshifts. In TNG, the most massive galaxies feature the highest ex-situ stellar mass fractions, pointing to violent relaxation via mergers as the mechanism responsible for their 3D shape transformation. Larger differences between observed and simulated shapes are found at low to intermediate masses. At any mass, the most spheroidal quiescent galaxies in TNG feature the highest bulge mass fractions, and conversely observed quiescent galaxies with the highest bulge-to-total ratios are found to be intrinsically the roundest. Finally, we detect an environmental influence on galaxy shape, at least at the highest masses, such that at fixed mass and redshift quiescent galaxies tend to be rounder in denser environments., Comment: Accepted by MNRAS. 18 pages, 11 figures, 2 tables - Published
- 2022
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13. Cool outflows in MaNGA: a systematic study and comparison to the warm phase
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Avery, Charlotte, Wuyts, Stijn, Schreiber, Natascha M. Förster, Villforth, Carolin, Bertemes, Caroline, Hamer, Stephen L., Sharma, Raman, Toshikawa, Jun, and Zhang, Junkai
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Astrophysics - Astrophysics of Galaxies - Abstract
This paper investigates the neutral gas phase of galactic winds via the Na I D$\lambda\lambda 5890,5895${\AA} feature within $z \sim 0.04$ MaNGA galaxies, and directly compares their incidence and strength to the ionized winds detected within the same parent sample. We find evidence for neutral outflows in 127 galaxies ($\sim 5$ per cent of the analysed line-emitting sample). Na I D winds are preferentially seen in galaxies with dustier central regions and both wind phases are more often found in systems with elevated SFR surface densities, especially when there has been a recent upturn in the star formation activity according to the SFR$_{5Myr}$/SFR$_{800Myr}$ parameter. We find the ionized outflow kinematics to be in line with what we measure in the neutral phase. This demonstrates that, despite their small contributions to the total outflow mass budget, there is value to collecting empirical measurements of the ionized wind phase to provide information on the bulk motion in the outflow. Depending on dust corrections applied to the ionized gas diagnostics, the neutral phase has $\sim 1.2 - 1.8$ dex higher mass outflow rates ($\dot{M}_{out}$), on average, compared to the ionized phase. We quantify scaling relations between $\dot{M}_{out}$ and the strengths of the physical wind drivers (SFR, $L_{AGN}$). Using a radial-azimuthal stacking method, and by considering inclination dependencies, we find results consistent with biconical outflows orthogonal to the disk plane. Our work complements other multi-phase outflow studies in the literature which consider smaller samples, more extreme objects, or proceed via stacking of larger samples., Comment: This is a pre-copyedited, author-produced PDF of an article accepted for publication in Monthly Notices of the Royal Astronomical Society (MNRAS) following peer review
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- 2022
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14. Impact of Polyvascular Disease in Patients Undergoing Unprotected Left Main Percutaneous Coronary Intervention
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Bay, Benjamin, Sharma, Raman, Roumeliotis, Anastasios, Power, David, Sartori, Samantha, Murphy, Jonathan, Vogel, Birgit, Smith, Kenneth F., Oliva, Angelo, Hooda, Amit, Sweeny, Joseph, Dangas, George, Kini, Annapoorna, Krishnan, Prakash, Sharma, Samin K., and Mehran, Roxana
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- 2024
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15. Sensorineural Hearing Loss in Unilateral Mucosal Type of Chronic Otitis Media
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Soni, Sanjay, Malhotra, Vikas, Sharma, Raman, and Passey, J. C.
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- 2023
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16. Density-Driven Resistance Response in $MnS_{2}$: Theory
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Kumari, Komal, Sharma, Raman, and Singh, Navinder
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Condensed Matter - Strongly Correlated Electrons - Abstract
A colossal insulator-to-metal transition in high-spin pyrite phase of $MnS_{2}$ has been experimentally observed \cite{colomns2}. There are two possibilities behind this colossal insulator-to-metal transition: (1) migration of $Mn$ electrons to unoccupied $S^{2-}_{2}$ antibonding states under pressure which leads to conducting ligand states and hence metallic transition, and (2) possibility of band crossing transition. We have analyzed this experimental obervation theoretically using a toy statistical model and found that the transition is due to the migration of electrons from the transition metal ions to the ligand sites (i.e. the possibility (1)). The calculated resistivity compares well with the experimental data within the fitting parameters of the model., Comment: 5
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- 2021
17. Pharmacotherapy and revascularization strategies of peripheral artery disease
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Moras, Errol, Khan, Mohammad Ishrak, Song, David D., Syed, Moinuddin, Prabhakaran, Sivaguha Yadunath, Gandhi, Kruti D, Lavie, Carl J, Alam, Mahboob, Sharma, Raman, and Krittanawong, Chayakrit
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- 2024
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18. Concept and application of the probability of pharmacological success (PoPS) as a decision tool in drug development: a position paper
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Chen, Chao, Zhou, Xuan, Lavezzi, Silvia Maria, Arshad, Usman, and Sharma, Raman
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- 2023
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19. The impact of COVID-19 on electronic repeat dispensing (eRD) in general practice
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Sharma, Raman and Javid, Farideh A.
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- 2023
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20. An unusual indication of maxillectomy—a case presentation of sphenoid wing meningioma
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Singh, Ishwar, Sharma, Raman, Jagetia, Anita, Gopal, Ashish, and Jain, Pooja Nakhat
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- 2023
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21. Digital Avatar of Metrology
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Rab, Shanay, Wan, Meher, Sharma, Raman Kumar, Kumar, Lalit, Zafer, Afaqul, Saeed, Khizer, and Yadav, Sanjay
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- 2023
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22. Lifestyle Approach and Medical Therapy of Lower Extremity Peripheral Artery Disease
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Krittanawong, Chayakrit, Escobar, Johao, Virk, Hafeez Ul Hassan, Alam, Mahboob, Virani, Salim, Lavie, Carl J., Narayan, K M Venkat, and Sharma, Raman
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- 2024
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23. Epidemiology, Clinical Profile, Intensive Care Needs and Outcome in Children with SARS-CoV-2 Infection Admitted to a Tertiary Hospital During the First and Second Waves of the COVID-19 Pandemic in India
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C.R., Vishwa, Sharma, Raman, Jayashree, Muralidharan, Nallasamy, Karthi, Bansal, Arun, Angurana, Suresh Kumar, L. Mathew, Joseph, Sankhyan, Naveen, Dutta, Sourabh, Verma, Sanjay, Kumar, Rakesh, Devnanai, Mahesh, Vaidya, Pankaj C., Samujh, Ram, Singh, Mini P., Goyal, Kapil, Lakshmi, P. V. M., and Saxena, Akshay K.
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- 2023
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24. Optical Anisotropy in Tellurene and its Janus Allotropes -- A first principle Study
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Rani, Ritika, Sharma, Munish, and Sharma, Raman
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Condensed Matter - Materials Science ,Condensed Matter - Mesoscale and Nanoscale Physics - Abstract
Here, we present first principle study of structural, electronic, and optical properties of pristine and janus tellurene allotropes using density functional theory (DFT). The $\alpha$, $\beta$, $\delta$, and $\eta$ allotrope of pristine tellurene exhibit indirect band gap while $\gamma$ and $\sigma$ allotropes are metallic. The bandgap shows tunability in janus tellurene compared to pristine tellurene. A metallic to semiconductor transition occurs in janus $\gamma$, $\sigma$ and its allotropes. Dirac cone-like interesting feature has been observed for pristine $\sigma$ tellurene which remains preserved with the opening in energy gap for janus allotrope. In optical properties, imaginary part dielectric function and electron energy loss spectra show a blue shift in janus tellurene as compared to pristine form. Static dielectric constant is tunable in janus tellurene. All allotropes of tellurene are optically active in UV-Vis region with optical anisotropy in all three directions. We believe that our findings will provide useful pointers in the experimental fabrication of devices based on janus tellurene., Comment: 25 Pages, 9 Figures, 6 Tables
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- 2020
25. A theory of resistivity in Kondo lattice materials: the memory function approach
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Kumari, Komal, Sharma, Raman, and Singh, Navinder
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Condensed Matter - Strongly Correlated Electrons ,Condensed Matter - Superconductivity - Abstract
We theoretically analyse D.C. resistivity($\rho$) in the Kondo-lattice model using the powerful memory function approach. The complete temperature evolution of $\rho$ is investigated using the W\"{o}lfle-G\"{o}tze expansion of the memory function. The resistivity in this model originates due to spin-flip magnetic scattering of conduction $s$-electron off the quasi-localized $d$ or $f$ electron spins. We find the famous resistivity upturn at lower temperature regime ($k_B T<<\mu_d$), where $\mu_d$ is the effective chemical potential of $d$-electrons. In the high temperature regime $(\mu_d<
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- 2019
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26. Giant quantum capacitance and Rashba splitting in Tellurene bilayer derivatives
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Rani, Ritika, Sharma, Munish, Bharti, Ankush, and Sharma, Raman
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- 2023
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27. Smoke Management Scenario in Hospital Fires
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Sharma, Raman, primary, Sachdeva, Mandeep, additional, Singh, Yadvinder, additional, Thakur, Deepali, additional, Koushal, Vipin, additional, and Kumar, Ashok, additional
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- 2023
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28. Electronic Structure and Carrier Mobilities of Twisted Graphene Helix
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Thakur, Rajesh, Ahluwalia, P. K., Kumar, Ashok, Mohan, Brij, and Sharma, Raman
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Condensed Matter - Mesoscale and Nanoscale Physics ,Condensed Matter - Materials Science - Abstract
We have investigated the effect of twisting on electronic band structure, effective mass and carrier mobilities of three prototypes of AGNRs (N=6, 7 & 8) using Density functional theory combined with Deformation potential theory and Effective mass approximation. It is shown that the influence of twisted modes electron-phonon interaction is smaller than stretching modes, nonetheless, twisting has a profound effect on effective mass and mobilities. Similar to earlier reported conclusion in which the ideal N=3n wide HAGNR potentially exhibit an electron mobility comparable to intrinsic graphene, we also found that the ideal N=3n+2 HAGNRs hole mobility reside more closely to intrinsic graphene which could be increased further through Fluorine passivation. Thus, the control of the ribbon width along with passivation and extent of deformation are of paramount importance for determining the n-type or p-type of ribbons. Also, because of strong response to torsional strain, the N=8 F passivated AGNRs are the most appropriate for mechanical and high frequency switching. Our results suggest that twisting a ribbon can be considered as a good alternative way for controlled manipulation of the band structure and carrier mobilities for applications in mechanical switching devices., Comment: 20 pages, 12 figures, 2 tabels
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- 2019
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29. Twisted Helical shaped Graphene Nano-Ribbons: Role of Symmetries and Passivation
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Thakur, Rajesh, Ahluwalia, P. K., Kumar, Ashok, Sharma, Munish, and Sharma, Raman
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Condensed Matter - Materials Science - Abstract
The Hydrogen and Fluorine planar armchairs graphene nanoribbons (H and F AGNRs), subjected to twist deformation within fixed periodic boundary conditions, eventually morph to a helical conformations are investigated at few tractable points. Unlike structural properties, no effect of symmetries on mechanical properties is observed, though passivation does have a significant effect on mechanical as well as on electrical properties. Hookes law for severely twisted AGNRs indicates the high elasticity of H-AGNRs whereas the F-AGNRs shows plasticity after threshold torsional strain. Torsional stress($E_{\theta}$) is approximated from the variation in total energy(${\Delta}E$) with square of torsional strain(${\theta}^4 {\Sigma}^4$). Further, the effect of passivation on the electronic properties of helical conformations with different torsional strain is decisive in metal-to-semimetal and semimetal-to-metal transition. The band gap response of narrow GNRs N=6, 7 and 8, within a fixed cell under sever twisting arranged itself in two group as (i) monotonously increasing for q=0,2 and (ii) decreasing for q=1, here q=mod(N,3) in effective strain space (${\theta}^2 {\Sigma}^2$). This trend has also been observed for Fluorine passivated AGNRs, though band gap of N=7 F-AGNRs drops from 0.95eV to 0.05eV at extreme torsional strain forming Dirac cone at K allows dissipation less transport for longer wavelength electrons.
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- 2019
30. Optimal balance of benefit versus risk for tafenoquine in the treatment of Plasmodium vivax malaria
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Sharma, Raman, primary, Sharma, Hema, additional, Jones, Siôn, additional, Borghini-Fuhrer, Isabelle, additional, Domingo, Gonzalo J., additional, Gibson, Rachel A., additional, Rolfe, Katie, additional, Tan, Lionel, additional, Fiţa, Ioana Gabriela, additional, Chen, Chao, additional, Bird, Panayota, additional, Pingle, Anup, additional, and Duparc, Stephan, additional
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- 2024
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31. The Metabolism and Disposition of Brepocitinib in Humans and Characterization of the Formation Mechanism of an Aminopyridine Metabolite
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Dowty, Martin E, primary, Qiu, Ruolun, additional, Dantonio, Alyssa, additional, Niosi, Mark, additional, Doran, Angela, additional, Balesano, Amanda, additional, Wright, Stephen W, additional, Walker, Gregory S., additional, and Sharma, Raman, additional
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- 2024
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32. A Second-Generation Oral SARS-CoV-2 Main Protease Inhibitor Clinical Candidate for the Treatment of COVID-19
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Allerton, Charlotte M. N., primary, Arcari, Joel T., additional, Aschenbrenner, Lisa M., additional, Avery, Melissa, additional, Bechle, Bruce M., additional, Behzadi, Mohammad Amin, additional, Boras, Britton, additional, Buzon, Leanne M., additional, Cardin, Rhonda D., additional, Catlin, Natasha R., additional, Carlo, Anthony A., additional, Coffman, Karen J., additional, Dantonio, Alyssa, additional, Di, Li, additional, Eng, Heather, additional, Farley, Kathleen A., additional, Ferre, Rose Ann, additional, Gernhardt, Steven S., additional, Gibson, Scott A., additional, Greasley, Samantha E., additional, Greenfield, Siennah R., additional, Hurst, Brett L., additional, Kalgutkar, Amit S., additional, Kimito, Emi, additional, Lanyon, Lorraine F., additional, Lovett, Gabrielle H., additional, Lian, Yajing, additional, Liu, Wei, additional, Martínez Alsina, Luis A., additional, Noell, Stephen, additional, Obach, R. Scott, additional, Owen, Dafydd R., additional, Patel, Nandini C., additional, Rai, Devendra K., additional, Reese, Matthew R., additional, Rothan, Hussin A., additional, Sakata, Sylvie, additional, Sammons, Matthew F., additional, Sathish, Jean G., additional, Sharma, Raman, additional, Steppan, Claire M., additional, Tuttle, Jamison B., additional, Verhoest, Patrick R., additional, Wei, Liuqing, additional, Yang, Qingyi, additional, Yurgelonis, Irina, additional, and Zhu, Yuao, additional
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- 2024
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33. Real-World Comparison of Clopidogrel With Ticagrelor and Prasugrel in Patients With Chronic Coronary Disease Who Underwent Atherectomy
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Khan, Mahin R., primary, Koshy, Anoop N., additional, Tanner, Richard, additional, Farhan, Serdar, additional, Vinayak, Manish, additional, Farooq, Ali, additional, Sartori, Samantha, additional, Feng, Yihan, additional, Spirito, Alessandro, additional, Arora, Ayush, additional, Dhulipala, Vishal, additional, Kapur, Vishal, additional, Suleman, Javed, additional, Sharma, Raman, additional, Mehran, Roxana, additional, Kini, Annapoorna, additional, and Sharma, Samin K., additional
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- 2024
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34. A Method for Characterization and Performance Evaluation of Differential Pressure Transducer by Using Twin-Piston Pressure Balance
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Chanchal, Zafer, Afaqul, Singh, Renu, Kumar, Ajay, Sharma, Raman Kumar, Kumar, Lalit, and Yadav, Sanjay
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- 2022
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35. Resistivity of a $2d$ quantum critical metal
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Kumari, Komal, Sharma, Raman, and Singh, Navinder
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Condensed Matter - Strongly Correlated Electrons - Abstract
We calculate resistivity in the paramagnetic phase just above the curie temperature in a $2d$ ferromagnetic metal. The required dynamical susceptibility in the formalism of resistivity is calculated within the Random Phase Approximation(RPA). The mechanism of resistivity is magnetic scattering in which $s$-band electrons are scattered off the magnetic spin fluctuations of d-band electrons. We use the $s$-$d$ Hamiltonian formalism. We find that near the quantum critical point the resistivity in $2d$ scales as $T^{\frac{4}{3}}$, whereas in $3d$ it scales as $T^{\frac{5}{3}}$. In contrast to it, resistivity due to phonon scattering is given by $T^5$ in low temperature limit as is well known. Our RPA result agrees with the Self-Consistence Renormalisation(SCR) theory result., Comment: 11 pages
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- 2018
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36. Quantum oscillations of the Stoner susceptibility: theory
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Kumar, Ajeet, Sharma, Raman, and Singh, Navinder
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Condensed Matter - Strongly Correlated Electrons ,Condensed Matter - Statistical Mechanics - Abstract
Oscillatory effects in magnetic susceptibility of free electrons in a strong magnetic field is well known phenomenon and is well captured by Lifshitz-Kosevich formula. In this paper we point out similar oscillatory effects in Stoner susceptibility which makes the system to oscillate between paramagnetic phase and ferromagnetic phase alternatively as a function of external magnetic field strength. This effect can happen in a material which is tuned near to its magnetic instability. We suggest an experimental set-up to observe this effect. We also suggest that our result can be exploited to control a quantum critical system around its quantum critical point to study its thermodynamical or transport properties.
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- 2018
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37. Remdesivir and three other drugs for hospitalised patients with COVID-19: final results of the WHO Solidarity randomised trial and updated meta-analyses
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Pan, Hongchao, Peto, Richard, Henao Restrepo, Ana Maria, Preziosi, Marie-Pierre, Sathiyamoorthy, Vasee, Karim, Quarraisha Abdool, Alejandria, Marissa, Hernàndez García, César, Kieny, Marie-Paule, Malekzadeh, Reza, Murthy, Srinivas, Reddy, K. Srinath, Periago, Mirta Roses, Hanna, Pierre Abi, Abutidze, Akaki, Ader, Florence, Al-Bader, Abdullah, Alhasawi, Almonther, Allum, Emma, Al Mawali, Adhra, Alotaibi, Athari, Alvarez- Moreno, Carlos, Appadoo, Sheila, Arts, Derk, Asiri, Abdullah, Aukrust, Pål, Barratt-Due, Andreas, Genetu Bayih, Abebe, Beaumont, Helena, Bellani, Samir, Benassi, Virginia, Bhargava, Balram, Branca, Mattia, Cappel-Porter, Heike, Cerrato, Nery, Cheick Haidara, Fadima, Chow, Ting Soo, Como, Nadia, Eustace, Joe, Gabunia, Tamar, García, Patricia, Godbole, Sheela, Gotuzzo, Eduardo, Griskevicius, Laimonas, Hamra, Rasha, Hassan, Mariam, Hassany, Mohamed, Hutton, David, Irmansyah, Irmansyah, Jancoriene, Ligita, Khamis, Faryal, Kirwan, Jana, Kumar, Suresh, Lennon, Peter, Lopardo, Gustavo, Lydon, Patrick, Magrini, Nicola, Manevska, Suzana, Manuel, Oriol, McGinty, Sybil, Medina, Marco, Mesa Rubio, Maria Lucia, Miranda Montoya, Maria Consuelo, Nel, Jeremy, Nunes, Estevao, Perola, Markus, Portoles, Antonio, Rasmin, Menaldi, Raza, Aun, Rees, Helen, Reges, Paula, Rogers, Chris, Salami, Kolawole, Salvadori, Marina, Sauermann, Mamatha, Sinani, Narvina, Sow, Samba, Sterne, Jonathan AC, Stevanovikj, Milena, Tacconelli, Evelina, Tavares Maltez, Fernando Manuel, Teferi, Mekonnen, Tikkinen, Kari, Trelle, Sven, Tsertsvadze, Tengiz, Zaid, Hala, Røttingen, John-Arne, Swaminathan, Soumya, Ryan, Michael, Gjermeni, Nevila, Meta, Esmeralda, Aguila, Damian, Alonso, Ignacio, Altamirano, Marcos, Alvarez, María, Alzola, Rodrigo, Arce, Veronica, Arribillaga, Patricia, Avila, Rafael, Balbuena, Juan, Barcelona, Laura, Barletta, José, Benedetti, María, Berdiñas, Verónica, Burgui, Julieta, Caimi, Sabrina, Carrillo, Juan, Carrizo, Juan, Castelli, Juan, Cazaux, Alexis, Cervellino, Flavia, Chalco, Angelo, Chediack, Viviana, Cunto, Eleonora, D'Amico, Nicolàs, de Vedia, Lautaro, Delgado, Carolina, Di Pilla, Debora, Díaz, Miguel, Díaz Aguiar, Pablo, Domínguez, Cecilia, Ellero, Leonor, Farina, Javier, Fernàndez, José, Ferreyra, Roxana, Filippi, María, Fogar, Carolina, Frare, Pablo, Giudiche, Celeste, Golikow, Mariana, Gomez, Maria Georgina, Hermida, Laura, Hurtado, Mariano, Jacobo, Mariela, Jaume, Martin, Laplume, Diego, Lescano, María, Lista, Nicolàs, Loiacono, Flavia, López, Ana Belen, Losso, Marcelo, Luna, Cecilia, Lupo, Sergio, Marianelli, Leonardo, Martin, Anabella, Masciottra, Florencia, Mykietiuk, Analía, Orellano, Lorena, Pachioli, Valeria, Padilla, María José, Pallavicini, Cecilia, Patroso, Jazmin, Perez Blanco, Luz, Presas, Jose Louis, Provenzano, Matias, Lavera, Lorena, Reichert, Viviana, Riveros, Florencia, Rodríguez, Alejandra, Rolon, María José, Salvay, Carolina, Simonetta, María, Sisto, Alicia, Themines, Sandra, Tito, Fernando, Toibaro, Javier, Torales, Graciela, Verón, Luciano, Vizzotti, Carla, Egle, Alexander, Greil, Richard, Joannidis, Michael, Altdorfer, Antoine, Belkhir, Leila, Fraipont, Vincent, Hites, Maya, Arruda, Erico, Breda, Giovanni, Colussi, Arthur, Corradi, Miran, Croda, Julio, Duani, Helena, João, Esaú, Machado, Elizabeth, Mello, Fernanda, Miranda Filho, Demócrito, Monteiro, Poliana, Nunes, Ceuci, Pereira Junior, Luiz Carlos, Pinto, Gustavo, Raboni, Sonia, Ramos, Marcelo, Ruffing, Leonardo, Santos, Valdilea, Souza, Tamara, Medeiros, Melissa, Schwarzbold, Alexandre, Ali, Karim, Azher, Tanweer, Bellemare, David, Binnie, Alexandra, Borgia, Sergio, Cavayas, Yiorgos Alexandros, Chagnon, Nicholas, Cheng, Matthew, Cloutier, Eve, Conly, John, Costiniuk, Cecilia, Daneman, Nick, Douglas, James, Downey, Catarina, Duan, Erick, Durand, Medeline, English, Shane, Farjou, George, Fera, Evadiki, Fontela, Patricia, Fowler, Rob, Fralick, Mike, Gamble, David Gregory, Geagea, Anna, Grant, Jennifer, Harrison, Luke, Havey, Thomas, Hoang, Holly, Kelly, Lauren, Keynan, Yoav, Khwaja, Kosar, Klein, Marina, Kolan, Christophe, Kronfli, Nadine, Lamontagne, Francois, Lee, Nelson, Lee, Todd, Lim, Rachel, Lostun, Alexandra, MacIntyre, Erika, Malhamé, Isabelle, Martin-Carrier, Francois, McGuinty, Marlee, Munan, Matthew, O'Neil, Conar, Ovakim, Daniel, Papenburg, Jesse, Parhar, Ken, Parvathy, SeemaNair, Perez-Patrigeon, Santiago, Rishu, Asgar, Rushton, Moira, Scherr, Kim, Schwartz, Kevin, Semret, Makeda, Silverman, Micahel, Singh, Ameeta, Sligl, Wendy, Smith, Stephanie, Somayaji, Ranjani, Tan, Darrell, Tran, Tuong-Vi, Tremblay, Alain, Tsang, Jennifer, Turgeon, Alexis, Vakil, Erik, Weatherald, Jason, Yansouni, Cedric, Zarychanski, Ryan, Aristizabal, Claudia, Bravo, Juan, Caicedo, Monica, Chacón, Julio, Garzón, Diego, Guevara, Fredy, Lozano-Gonzàlez, Silvia, Macareno, Hugo, Montañez-Ayala, Anita, Oñate, Jose, Rojas-Gambasica, Jose, Rosso, Fernando, Saavedra, Carlos, Valderrama, Sandra, Vàquiro-Herrera, Eliana, Varón-Vega, Fabio, Zuluaga, Ivan, Abdel Baki, Amin, Abdelbary, Akram, Abdel-Razek, Wael, Amin, Wagdi, Asem, Noha, Elassal, Gehan, Elshesheny, Marwa, Fathy, Mohamed, Fathy, Naglaa, Fayed, Notaila, Hammam, Ahmed, Hassany, Sahar, Ibrahim, Hamdy, Kamal, Ehab, Masoud, Hossam, Mohamed, Maryam, Mohamed Gouda, Abdullah, Moustafa, Ehab, Okasha, Shaimaa, Rafik, Ahmed, Said, Ahmed, Sedky, Asmaa, Solyman Kabil, Mohamed, Tarek, Sara, Tharwat, Ahmed, Zaky, Samy, Abegaz, Emawayish Tesema, Bekele, Zelalem Mekonnen, Asfaw, Filmona Mekuria, Tegegne, Netsanet Aragaw, Teklemariam, Miheret Fikre, Nigusse, Frehiwot Tamiru, Achalu, Daniel Legesse, Weldegergs, Shewit Tesfagabr, Huluka, Dawit Kebede, Tereda, Addisu Birhanu, Ala-Kokko, Tero, Delany, Jutta, Ekroos, Heikki, Hankkio, Riina, Haukipää, Mia, Hetemäki, Iivo, Holma, Pia, Holmberg, Ville, Horstia, Saana, Jalkanen, Ville, Jämsänen, Toni, Järventie, Juuso, Järvinen, Petrus, Kalliala, Ilkka, Kauma, Heikki, Kilpeläinen, Tuomas, Kreivi, Hanna-Riikka, Kuitunen, Ilari, Lamminmäki, Satu, Mäkinen, Laura, Mäntylä, Jarkko, Mattila, Tiina, Myllärniemi, Marjukka, Niskanen, Joni, Nykänen, Taina, Nyqvist, Miro, Paajanen, Juuso, Partanen, Terhi, Patovirta, Riitta-Liisa, Paukkeri, Erja-Leena, Puusti, Emmi, Renner, Andreas, 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Florent, Yazdanpanah, Yazdan, Zerbib, Yoann, Aguilar, Carlos, Erazo, Laura, Fiallos, Angel, Figueroa, Rosbinda, Flores, Juan Jose, Melendez, Lesddyy, Moncada, Wendy, Abraham, Ooriapadickal Cherian, Acharya, Chetankumar, Aedula, Vinaya Sekhar, Aggarwal, Richa, Agrawal, Nishant, Agrawal, Umang, Agrawal, Abhishekh, Ahmad, Mohammad, Atal, Shubham, Babu, Avinash, Baidya, Dalim Kumar, Balachandran, Amith, Bangar, Rakhee, Bhadade, Rakesh, Bhandari, Sudhir, Bhapal, Meghavi, Bhardwaj, Pankaj, Bhati, Gaurav, Bhatia, Pradeep, Bhatt, Krishnakant, Bingi, Thrilok Chander, Borse, Rohidas, Buch, Vyom, Chand, Dipti, Chandwani, Ashish, Charan, Jaykaran, Chaudhari, Mayur, Chaudhari, Kirti, Chaudhary, Vipul, Chauhan, Nishant, Chikara, Gaurav, Daswani, Bharti, de Souza, Rosemarie, Desai, Chetna, Divakar, Balusamy, Divhare, Sujeet, Dorairajan, Suresh Kumar, Dutt, Naveen, Ethirajan, Therani Rajan, Gamit, Amit, Gamit, Sweta, Garg, Mahendra, Goenka, Ajay, Goenka, Aniket, Guleria, Randeep, Gupta, Paras, Gupta, 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Patel, Chetna, Patel, Sunaina, Patel, Vitan, Patel, Deep, Patel, Harshad, Patil, Girish, Peter, Deepu, Prasad, Durga, Purohit, Vimlesh, Rabindrarajan, Ebenezer, Ranganathan, Lakshmiarasimhan, Rao, Tushara, Rao, Chakradhara, Rathod, Chirag, Raval, Devang, Ray, Avik, Reddy, Kamini, Rege, Sujata, Revathi, Ayyasamy, Roy, Dhara, Saigal, Saurabh, Sane, Suvarna, Sangale, Shashi, Seetharaman, Krishnamoorthy, Selvamuthu, Poongulali, Seshaiah, Kurada Venkata, Shadrach, Benhur, Shah, Jignesh, Shah, Sonal, Sharma, Swati, Sharma, Raman, Sharma, Shrikant, Singh, Krishna, Singh, Anil, Singh, Arjeet, Singhai, Abhishek, Soneja, Manish, Soni, Kapil Dev, Subhan, Thasneem banu, Subramaniam, Sudharshini, Sudarsanam, Thambu David, Sudarsi, Ravindra Kumar, Suleman, Dawood, Suthar, Nilay, Talati, Shriraj, Tambe, Murlidhar, Tejomurtula, Tilak, Tirupakuzhi Vijayaraghavan, Bharatkumar, Trikha, Anjan, Trivedi, Aarti, Udwadia, Zarir, Upadhyay, Kamlesh, Vasava, Ashwin, Vasudevan, Damodaran, Velayudham, Rajendran, 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Dastan, Farzaneh, Ebrahimpour, Soheil, Eghtesad, Sareh, Fallahi, Mohammad Javad, Fallahpoor Golmaee, Fatemeh, Foroghi Ghomi, Seyed Yaser, Ghadir, Mohammad Reza, Gheitani, Mina, Ghiasvand, Fereshteh, Hafizi Lotfabadi, Saied, Hakamifard, Atousa, Hashemi Madani, Shima Sadat, Hormati, Ahmad, Hosseini, Hamed, Janbakhsh, Alireza, Javanian, Mostafa, Joukar, Farahnaz, Kamali, Alireza, Karampour, Amin, Khajavirad, Nasim, Khodabakhshi, Behnaz, Khodadadi, Javad, Khodashahi, Rozita, Kiani Majd, Somaieh, Mahfoozi, Lida, Mahmoodiyeh, Behnam, Mansour-Ghanaei, Fariborz, Mansouri, Feizollah, Mesgarpour, Bita, Mesri, Mehdi, Mikaeili, Haleh, Miladi, Ronak, Moghadami, Mohsen, Mohamadi, Payam, Mohraz, Minoo, Mohseni Afshar, Zeinab, Moogahi, Sasan, Mousavi Anari, Seyed Alireza, Mozaffar, Seyyed Hassan, Mozdourian, Mahnaz, Najafipour, Reza, Najari, Hamidreza, Nazemiyeh, Masoud, Norouzi, Alireza, Pourkazemi, Aydin, Poustchi, Hossein, Saberhosseini, Seyedeh Naeimeh, Saberi, Marzieh, Saber-Moghaddam, Niloufar, Sadeghi, Anahita, Sadeghi Haddad Zavareh, Mahmoud, Sahraian, Mohammad Ali, Salahi, Mehrdad, Salehi, Mohammad Reza, Sarmadian, Hossein, Sayad, Babak, Shirani, Kiana, Shirvani, Maria, Shojaei, Daryanaz, Shokri, Mehran, Siami, Zeinab, Sima, Ali Reza, Soleimani, Alireza, Soltanmohammad, Saedeh, Tabarsi, Payam, Taghizadieh, Ali, Tavassoli, Samaneh, Varnasseri, Mehran, Vaziri, Siavash, Yadyad, Mohammad Jaafar, Yaghoubi, Shoeleh, Yazdanpanah, Yalda, Yousefi, Farid, Zamanian, Mohammad Hossein, Zand, Farid, Zare Hoseinzade, Elham, Bergin, Colm, Cotter, Aoife, de Barra, Eoghan, Jackson, Arthur, Laffey, John, McCarthy, Cormac, Muldoon, Eavan, Sadlier, Corinna, Maguire, Teresa, Angheben, Andrea, Bai, Francesca, Bandera, Alessandra, Barchiesi, Francesco, Bassetti, Matteo, Bisi, Luca, Bonfanti, Paolo, Calò, Federica, Campoli, Caterina, Canovari, Benedetta, Capetti, Amedeo, Castelli, Francesco, Cauda, Roberto, Cingolani, Antonella, Cocco, Nicolò, Coppola, Nicola, Corcione, Silvia, Cremonini, Eleonora, d'Arminio Monforte, Antonella, de Gaetano Donati, Katleen, De Nardo, Pasquale, De Rosa, Francesco Giuseppe, Degioanni, Maria, Della Siega, Paola, Di Bella, Stefano, Drera, Bruno, Focà, Emanuele, Fornabaio, Chiara, Galli, Massimo, Giacomazzi, Donatella, Gori, Andrea, Gustinetti, Giulia, Iannuzzi, Francesca, Kertusha, Blerta, Lamonica, Silvia, Lichtner, Miriam, Lupia, Tommaso, Luzzati, Roberto, Macera, Margherita, Menatti, Elisabetta, Merelli, Maria, Merlini, Esther, Monari, Caterina, Pan, Angelo, Pecori, Davide, Pezzani, Diletta, Riccardi, Niccolò, Rodari, Paola, Roldan, Eugenia, Rovere, Pierangelo, Rusconi, Stefano, Scabini, Silvia, Tascini, Carlo, Viale, Pierluigi, Vincenzi, Marcello, Zuccalà, Paola, Zucchi, Patrizia, Al-Roomi, Moudhi, Al-Sabah, Salman, Schrapp, Kelly, Hassoun, Mahmoud, Matar, Madonna, Dbouni, Oussaima, Yared, Nadine, Saliba, Michele, Farra, Anna, Riachi, Moussa, Zablockiene, Birute, Reuter, Jean, Staub, Therese, Ab Wahab, Suhaila, Chew, Chun Keat, Chua, Hock Hin, Goh, Pik Pin, Lee, Heng Gee, Leong, Chee Loon, Low, Lee Lee, Mak, Wen Yao, Mohamed Gani, Yasmin, Muhamad, Dzawani, Zaidan, Nor Zaila, Ducker, Camilla, Demiri, Ilir, Aballi, Saad, Berg, Åse, Blomberg, Bjørn, Dalgard, Olav, Dyrhol-Riise, Anne Ma, Eiken, Ragnhild, Ernst, Gernot, Hannula, Ranula, Haugli, Metter, Heggelund, Lars, Hoel, Hedda, Hoff, Dag Arne Lihaug, Holten, Aleksander Rygh, Johannessen, Asgeir, Kåsine, Trine, Kildal, Anders Benjamin, Kittang, Bård Reikvam, Nezvalova-Henriksen, Katerina, Olsen, Inge Christoffer, Olsen, Roy Bjørkolt, Skei, Nina Vibeche, Skudal, Hilde, Tholin, Birgitte, Thoresen, Lars, Trøseid, Marius, Tveita, Anders, Vinge, Leif, Ystrøm, Carl Magnus, Al Jahdhami, Issa, AlNaamani, Khalid, Al Balushi, Zakariya, Pandak, Nenad, Abbas, Salma, Akhtar, Nasim, Azam, Sumeyya, Begum, Dilshad, Hassan, Sadia, Herekar, Fivzia, Khan, Shahzaib, Khan, Ejaz Ahmed, Mahmood, Syed Faisal, Nasir, Nosheen, Rahim, Anum, Sarfaraz, Samreen, Shaikh, Qurat-ul-Ain, Sultan, Faisal, Walayat, Usman, Agurto-Lescano, Erika Cecilia, Alcantara-Díaz, Andrés Martín, Alva-Correa, Ana María, Alvarado-Moreno, José Gustavo, Ángeles-Padilla, Bethsabé, Arbañil-Huamàn, Hugo César, Ávila-Reyes, Pool Christopher, Azañero-Haro, Johan Alexander, Barreto-Rocchetti, Luis Guillermo, Benitez-Peche, Jorge Marko A., Bernal-Màlaga, Karla Hortencia, Cabrera-Portillo, Liliana Norma, Carazas-Chavarry, Reynaldo Javier, Càrcamo, Paloma Mariana, Casimiro-Porras, Indira Catalina, Castillo-Espinoza, Jhuliana, Chacaltana-Huarcaya, Jesús Norberto, Cornejo-Valdivia, Carla Raquel, Cruz-Chereque, Augusto, Del-Aguila-Torres, Keith Cayetano Marcelino, Díaz-Chipana, Erika, Flores-Valdez, Neil, Franco-Vàsquez, Rosanna Andrea, Gallegos-López, Roxana Consuelo, Gastiaburú-Rodriguez, Dauma Yesenia, Gianella-Malca, Gonzalo Ernesto, Gomero-Lopez, Andrés Alonso, Hercilla-Vàsquez, Luis Enrique, Hueda-Zavaleta, Miguel Ángel, Ibarcena-Llerena, Claudia Vanessa, Iberico-Barrera, Carlos Alberto, Inquilla-Castillo, Miguel Angel, Juàrez-Eyzaguirre, Jesus Alberto, Laca-Barrera, Manuel, León-Jiménez, Franco, Luna-Wilson, Carla Vanessa, Màlaga, German, Marin, Ricardo, Mejía-Cordero, Fernando, Mendoza-Laredo, Juan Arturo, Meregildo-Rodríguez, Edinson Dante, Miranda-Manrique, Gonzalo Francisco, Olivera-Chaupis, Marco, Ortega-Monasterios, Fatima Josefina, Otazú-Ybàñez, Jimmy Pedro, Paredes-Moreno, María Angélica, Peña-Mayorga, Claudia Ximena, Peña-Vàsquez, Olivia del Carmen, Peña-Villalobos, Alejandro, Ponce, Oscar J, Ponte-Fernandez, Katherin Estefania, Pro, Jose, Quispe-Nolazco, César Miguel, Ramos-Samanez, Manuel Efrain, Rojas-Murrugarra, Kory Mirtha, Samanez-Pérez, Jorge Mauro, Sànchez-Carrillo, Halbert Chrostian, Sànchez-Garavito, Epifanio, Sànchez-Sevillano, Ricardo Manuel, Sandoval-Manrique, Hernan, Santos-Revilla, Gabriela, Silva-Ramos, Julio Antonio, Solano-Ico, Manuel Alberto, Soto, Alonso, Sotomayor-Woolcott, Giannilu Michelle, Tapia-Orihuela, Ruben Kevin Arnold, Terrazas-Obregón, Carmen Sara, Terrones-Levano, Victor Francisco, Ticona-Huaroto, Cesar Eduardo, Torres-Ninapayta, Walter, Torres-Ruiz, Oscar Martin, Ugarte-Mercado, Dario, Vargas-Anahua, Orlando José, Vàsquez-Becerra, Ruben Dario, Vàsquez-Cerro, José Gabriel, Villegas-Chiroque, Miguel, Williams, Anna Larson, Yauri-Lazo, Randi Mauricio, Abad, Cybele Lara, Andales-Bacolcol, Silverose Ann, Arcegono, Marlon, Arches, Jamie, Astudillo, Mary Grace, Aventura, Emily, Awing, Arlyn, Bala, Mishelle Vonnabie, Bello, Jia An, Blanco, Peter, Benedicto, Jubert, Buno, Susana, Cabrera, Justine, Cajulao, Thea Pamela, Caoili, Janice, Casiple-Amsua, Lina, Catambing, Victor, Chin, Inofel, Chua, Ma. Bernadette, Chua, Mitzi Marie, Climacosa, Fresthel Monica, David-Wang, Aileen, De los Reyes, Virginia, Europa, Gilly May, Fernandez, Lenora, Francisco, Jorge, Garcia, Gerard, Garcia, Jemelyn, Gler, Maria Tarcela, Isidro, Marie Grace Dawn, Javier, Rozelle Jade, Kwek, Marion, Lansang, Mary Ann, Lee, Aileen, Li, Kingbherly, Llanes, Mark Ramon Victor, Llorin, Ryan, Macadato, Omar Khayyam, Malundo, Anna Flor, Mercado, Maria Elizabeth, Mujeres, Mercedes, Nepomuceno, Marisse, Ngo-Sanchez, Katha, Orden, Mary Claire, Pablo-Villamor, Maria Philina, Paez, Ruel Dionisio, Palmes, Patricio, Panaligan, Marion, Quinivista-Yoon, Jenny Mae, Ramos, Mary Shiela Ariola, Ramos -Penalosa, Christine, Reyes, Sheila Marie, Roa, Kathryn, Roman, Arthur Dessi, Rosario, Minette Claire, Roxas, Evalyn, Santos, Lourdes Ella Gonzales, Soldevilla, Helmar, Solante, Rontgene, Suaco, Jane, Tagarda, Daisy, Tang, Issa Rufina, Te, Bob, Teo, Dennis, Tibayan, Christopher John, Villalobos, Ralph Elvi, Ymbong, Duane Richard, Zabat, Gelza Mae, Batkova, Stepanka, Cardoso, Orlando, Garrote, Ana-Raquel, Lino, Sara, Manata, Maria-José, Pinheiro, Helder, Póvoas, Diana, Ramirez, Freddy, Seixas, Diana, Naji, Assem, Al Gethamy, M Al, AL-Mulaify, Mohammed Sami, Al Maghraby, Reem, Alrajhi, A, Al Sharidi, Aynaa, Alotaibi, Naif, AlShaharani, F, Barry, Mazin, Ghonem, Leen, Khalel, Anas, Kharaba, Ayman Mohammed, Alabdan, Lulwah, AlAbdullah, Mohammed Sharaf, Al Shabib, Abdullah, Bengu, Simangele, Bennet, Jacklyn, Dubula, Thozama, Howell, Pauline, Janse van Vuuren, Cloete, Kalla, Ismail, Lifson, Aimee, Maasdorp, Shaun, Magua, Nombulelo, Maluleke, Vongani, Mbhele, Nokuphiwa, Mdladla, Nathi, Mendelson, Mark, Menezes, Colin, Mwelase, Thando, Nchabeleng, Maphoshane, Palanee-Phillips, Thesla, Parker, Victoria, Rassool, Mohammed, Reeder, Paul, Sossen, Bianca, Steyn, Dewald, Tsitsi, Merika, van Blydenstein, Sarah Alex, Venter, Michelle, Van Vuuren, Janse, Venturas, Jacquie, Abad Pérez, Daniel, Abenza, Maria José, Alarcón-Payer, Carolina, Armero Garrigos, Eva, Arribas, Jose Ramon, Ascaso, Ana, Berenguer, Juan, Cabello-Clotet, Noemí, Chamorro Tojeiro, Sandra, Cuenca-Acevedo, Rafael, de la Calle, Fernando, Del Toro, Maria Dolores, Díaz Pollàn, Beatriz, Diez, Cristina, Esquillor-Rodrigo, María José, Estrada, Vicente, Fanciulli, Chiara, Fanjul, Francisco, Fernàndez de Orueta, Lucía, Ferre, Adrian, Ferreira Pasos, Eva Maria, Gainzarain-Arana, Juan-Carlos, Garcia, Felipe, García Deltoro, Miguel, Goikoetxea Agirre, Ane Josune, Gómez Barquero, Julia, Gomez-Huelgas, Ricardo, Gonzàlez Moraleja, Julio, Guijarro, Carlos, Gutierrez, Felix, Guzmàn, Jesús, Ibarguren, Maialen, Iribarren, Jose Antonio, Jerusalem, Koen, Juan Arribas, Arturo, Lalueza, A, Leone, Antonio, Lopez Azkarreta, Iñigo, Lozano-Martin, Daniel, Lucendo, Alfredo J, Luengo López, Mariella, Martín Oterino, JA, Masa, JF, Merino, Esperanza, Monge-Maillo, Begoña, Moran-Rodríguez, Miguel-Angel, Muñez Rubio, Elena, Muñoz Sanchez, Josefa, Nuñez Orantos, Maria Jose, Nuño, Enrique, Ortiz-De-Zarate-Ibarra, Zuriñe, Pagàn-Muñoz, Bàrbara, Paño-Pardo, José Ramón, Peñaranda, Maria, Pérez Chica, Gerardo, Pérez Fernàndez, AM, Pérez-López, Carmen, Polo San Ricardo, Victor, Portu-Zapirain, Joseba, Puchades, Francesco, Rivas Paterna, Ana Belen, Rodríguez Vidigal, Francisco F, Rodríguez-Baño, Jesus, Ruiz-Seco, Pilar, Ryan, Pablo, Saez-De-Adana, Ester, Salas, Rosario, Salavert Lletí, Miguel, Sandoval, Raquel, Toyas-Miazza, Carla, Valencia, Jorge, Vargas, Emilio, Velasco, Maria, Von Wichmann, Miguel Angel, Bosshard, Andreas, Calmy, Alexandra, Castro, Tiago, Cavassini, Matthias, Clerc, Olivier, Conen, Anna, Desbaillets, Nicolas, Desgranges, Florian, Duss, Francois, Emonet, Stephane, Erard, Veronique, Eyer, Myriam, Fayet-Mello, Aurélie, Flammer, Yvonne, Friedl, Andrée, Fulchini, Rosamaria, Furrer, Hansjakob, Garin, Nicolas, Gastberger, Salome, Greiner, Michael, Haefliger, David, Haubitz, Sebastian, Hoffmann, Matthias, Isenring, Egon, Jakopp, Barbara, Lampert, Markus, Marinosci, Annalisa, Martin, Yvonne, Petignat, Pierre-Auguste, Piso, Rein Jan, Prendki, Virginie, Rutishauser, Jonas, Schaefer, Elisabeth, Schmiedel, Yvonne, Schwery, Stefan, Stavropoulou, Elisavet, Stoeckle, Marcel, Suttels, Veronique, Thurnher, Maria Christine, van den Bogaart, Lorena, West, Emily, Wiegand, Jan, and Wiggli, Benedikt
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- 2022
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38. Drug coated balloon improves outcomes of sub-optimal Supera deployment in the intermediate term
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Krishnan, Prakash, Sharma, Raman, Avadhani, Sriya, Tarricone, Arthur, Gee, Allen, Farhan, Serdar, Kamran, Haroon, Kini, Annapoorna, and Sharma, Samin
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- 2022
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39. Coronary Complications and Management of Percutaneous Coronary Interventions
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Sharma, Raman, Sharma, Samin K., Kini, Annapoorna, Kini, Annapoorna, editor, and Sharma, Samin K., editor
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- 2021
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40. Severely Calcific Coronary Artery Lesion Interventions
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Sharma, Raman, Sharma, Samin K., Kini, Annapoorna, editor, and Sharma, Samin K., editor
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- 2021
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41. Autophagy as a Target for Host-Directed Therapy Against Tuberculosis
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Verma, Surbhi, Sharma, Raman Deep, Kumar, Dhiraj, Karakousis, Petros C., editor, Hafner, Richard, editor, and Gennaro, Maria Laura, editor
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- 2021
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42. Age correlation in upper brachial plexus injury patients undergoing nerve transfer surgeries
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Sharma, Raman, Gaba, Sunil, and Modi, Manish
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- 2022
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43. Pharmacist-led interventions in optimising the use of oral anticoagulants in patients with atrial fibrillation in general practice in England: a retrospective observational study.
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Sharma, Raman, Hasan, Syed Shahzad, Gilkar, Ishtiaq A., Hussain, Waheed F., Conway, Barbara R., and Ghori, Muhammad Usman
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ANTICOAGULANTS ,DRUG overdose ,INAPPROPRIATE prescribing (Medicine) ,OCCUPATIONAL roles ,FAMILY medicine ,RESEARCH funding ,T-test (Statistics) ,SCIENTIFIC observation ,ORAL drug administration ,TREATMENT effectiveness ,RETROSPECTIVE studies ,VITAMIN K ,MANN Whitney U Test ,CHI-squared test ,DESCRIPTIVE statistics ,ATRIAL fibrillation ,MEDICAL records ,ACQUISITION of data ,ELECTRONIC health records ,HEMORRHAGE - Abstract
Background: Oral anticoagulation (OAC) is the mainstay of treatment for the prevention of strokes in patients with atrial fibrillation (AF). Direct oral anticoagulants (DOACs) account for increasing OAC in patients with AF. However, prescribing DOACs for patients with established AF poses various challenges and general practice pharmacists may have an important role in supporting their management. Aim: To investigate the effectiveness of pharmacist-led interventions in general practice in optimising the use of OAC therapies in AF. Design & setting: A retrospective observational study in general practices in Bradford. Method: The data were collected retrospectively from 1 November 2018–31 December 2019 using electronic health record data. The data were analysed: 1) to identify patients with AF not on OAC; 2) to describe inappropriate DOAC prescriptions; and 3) to calculate HAS-BLED scores. Results: Overall, 76.3% (n = 470) of patients with AF received OAC therapy, and of these, 63.4% received DOACs. Pharmacist-led interventions increased DOAC prescribing by 6.0% (P = 0.03). Inappropriate DOAC use was identified in 24.5% of patients with AF, with underdosed and overdosed identified in 9.7% and 14.8%, respectively. Post-intervention, inappropriate prescribing was reduced to 1.7%. The mean HAS-BLED score decreased from 3.00 to 2.22 (P<0.01). Successful transition from vitamin K antagonist (VKA) therapy to DOACs was achieved in 25.7% of patients. Conclusion: Pharmacist-led interventions have successfully improved the use of OAC therapies in patients with AF, and effectively managed the bleeding risks and transition from VKA to DOAC therapy, in line with guidelines. [ABSTRACT FROM AUTHOR]
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- 2024
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44. Single Center Outcomes of Percutaneous Deep Vein Arterialization in Patients with End-Stage Peripheral Artery Disease.
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Choinski, Krystina N., Rao, Ajit G., Krishnan, Prakash, Tadros, Rami O., Sharma, Raman, and Faries, Peter L.
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WOUND healing ,ANTICOAGULANTS ,ISCHEMIA ,PERIPHERAL vascular diseases ,REVASCULARIZATION (Surgery) ,TREATMENT effectiveness ,DESCRIPTIVE statistics ,MINIMALLY invasive procedures ,VASCULAR surgery ,LIMB salvage ,LEG amputation ,SURGICAL arteriovenous shunts ,CASE studies ,PLATELET aggregation inhibitors ,COMORBIDITY - Abstract
Background: Peripheral artery disease (PAD) can present as chronic limb threatening ischemia (CLTI) with ischemic pain and tissue loss. Progression of distal disease can lead to a "no option" or end-stage disease without traditional open or endovascular revascularization due to lack of pedal targets. Innovations in endovascular technology allow for the use of percutaneous deep vein arterialization (pDVA) to treat patients with CLTI. Purpose: We describe our experience and technique for treating four patients with end-stage PAD with pDVA. Research Design: Four patients with end-stage PAD were followed during and after pDVA creation. Technical success, complications, wound healing, and freedom from major amputation were analyzed. Data Collection and Analysis: Patient data and outcomes were collected via chart review and at time of follow up appointments in vascular surgery clinic. Results: Technical success was 100%, without post-procedural complications, and patients were continued on antiplatelet and anticoagulation. Three patients (75%) had successful wound healing, with 2 patients healing after transmetatarsal amputation (TMA), and 1 healing a distal foot ulceration that did not require surgery. One patient had worsening ischemic breakdown of a TMA, despite re-intervention on the pDVA, which required a below knee amputation (BKA). Freedom from major amputation was 75% overall, with an average follow-up time of 410 days post-procedure (Range: 113-563 days). Conclusions: Percutaneous deep vein arterialization attempts to provide blood flow to the preserved venous bed in patients with end-stage PAD. Exploration and utilization of this technique continues to expand in the modern vascular era. This case series highlights 4 patients with end-stage PVD who underwent pDVA, with 100% procedural success, and 75% limb salvage rate. [ABSTRACT FROM AUTHOR]
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- 2024
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45. A Peculiar Case of Isolated Bilateral Tympanic Plate Fractures
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Bhat, Priyanka, primary, Sharma, Raman, additional, Passey, J. C, additional, and Kumari, Niyati, additional
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- 2024
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46. Comment on 'The clinical pharmacology of tafenoquine in the radical cure of Plasmodium vivax malaria: An individual patient data meta-analysis'
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Sharma, Raman, primary, Chen, Chao, additional, Tan, Lionel, additional, Rolfe, Katie, additional, Fiţa, Ioana-Gabriela, additional, Jones, Siôn, additional, Pingle, Anup, additional, Gibson, Rachel A, additional, Goyal, Navin, additional, Sharma, Hema, additional, and Bird, Panayota, additional
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- 2024
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47. AMycobacterium tuberculosissecreted virulence factor disrupts host snRNP biogenesis
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Chauhan, Komal, primary, Passricha, Nishat, additional, Kapoor, Yogita, additional, Datta, Dipanwita, additional, Arora, Naresh, additional, Das, Mrinmoy, additional, Rao, Kavya, additional, Singh, Lakshyaveer, additional, Dutt, Ravi, additional, Sharma, Raman Deep, additional, Sarkar, Binayak, additional, Malakkar, Basanti, additional, Saini, Prince, additional, Mehra, Lalita, additional, Das, Prasenjit, additional, Ahuja, Vineet, additional, Singhal, Amit, additional, Nandicoori, Vinay, additional, and Kumar, Dhiraj, additional
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- 2024
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48. PPARγ mediated enhanced lipid biogenesis fuelsMycobacterium tuberculosisgrowth in hepatocytes.
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Sarkar, Binayak, primary, Singh, Jyotsna, additional, Yadav, Mohit, additional, Sharma, Priya, additional, Sharma, Raman Deep, additional, Singh, Shweta, additional, Chandramouli, Aakash, additional, Kumar, Ashwani, additional, Kamat, Siddhesh S, additional, Ghorpade, Devram S, additional, Mohanty, Debasisa, additional, Kumar, Dhiraj, additional, and Gokhale, Rajesh S, additional
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- 2024
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49. The impact of COVID-19 on electronic repeat dispensing (eRD) in general practice
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Sharma, Raman, primary, Babar, Zaheer, additional, and Javid, Farideh, additional
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- 2024
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50. Voice Assistant and its OS Integration
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Trivedi, Saurabh, primary, Shishodia, Himanshu, additional, and Sharma, Raman Prasad, additional
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- 2024
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