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Muscular and collagenous cerebellar choristoma in a dog
Angel Ripplinger,Stella Maris Pereira de Melo,Dênis Antonio Ferrarin,Marcelo Luís Schwab,Mathias Reginatto Wrzesinski,Júlia da Silva Rauber,Mariana Martins Flores,Glaucia Denise Kommers,Alexandre Mazz 대한수의학회 2022 Journal of Veterinary Science Vol.23 No.2
This report aims to describe the first case of muscular and collagenous choristoma in a dog. A 10-yr-old female mixed-breed dog presented with lateral recumbence, vocalization, positional vertical nystagmus, divergent strabismus, anisocoria, and status epilepticus. The clinical condition evolved to stupor and ultimately, death. Necropsy revealed a white mass causing an irregular increase in the volume of the cerebellar vermis. In histological analysis, a well circumscribed, unencapsulated mass was observed in the cerebellum, consisting of fibers of striated skeletal muscle and collagen fibers, mostly mineralized. Based on the histopathological and histochemical findings, a diagnosis of muscular and collagenous cerebellar choristoma was made.
J.A. Morán Meza,J. Polesel-Maris,C. Lubin,F. Thoyer,A. Makky,A. Ouerghi,J. Cousty 한국물리학회 2015 Current Applied Physics Vol.15 No.9
Sharp Pt/Ir tips have been reproducibly etched by an electrochemical process using an inverse geometry of an electrochemical cell and a dedicated electronic device which allows us to control the applied voltages waveform and the intensity of the etching current. Conductive tips with a radius smaller than 10 nm were routinely produced as shown by field emission measurements through Fowler-Nordheim plots. These etched tips were then fixed on a quartz tuning fork force sensor working in a qPlus configuration to check their performances for both scanning tunneling microscopy (STM) and atomic force microscopy (AFM) imaging. Their sharpness and conductivity are evidenced by the resolution achieved in STM and AFM images obtained of epitaxial graphene on 6H-SiC(0001) surface. The structure of an epitaxial graphene layer thermally grown on the 6H-SiC(0001) (6 √3 × 6 √3 ) R30˚ reconstructed surface, was successfully imaged at room temperature with STM, dynamic STM and by frequency modulated AFM.
Goktas, Sertac,Kerimov, Nazim B.,Maris, Emir A. Korean Mathematical Society 2017 대한수학회지 Vol.54 No.4
The spectral problem $$-y^{{\prime}{\prime}}+q(x)y={\lambda}y,\;0 < x < 1, \atop y(0)cos{\beta}=y^{\prime}(0)sin{\beta},\;0{\leq}{\beta}<{\pi};\;{\frac{y^{\prime}(1)}{y(1)}}=h({\lambda})$$ is considered, where ${\lambda}$ is a spectral parameter, q(x) is real-valued continuous function on [0, 1] and $$h({\lambda})=a{\lambda}+b-\sum\limits_{k=1}^{N}{\frac{b_k}{{\lambda}-c_k}},$$ with the real coefficients and $a{\geq}0$, $b_k$ > 0, $c_1$ < $c_2$ < ${\cdots}$ < $c_N$, $N{\geq}0$. The sharpened asymptotic formulae for eigenvalues and eigenfunctions of above-mentioned spectral problem are obtained and the uniform convergence of the spectral expansions of the continuous functions in terms of eigenfunctions are presented.
<i>Ab initio</i> no-core solutions for <sup>6</sup>Li
Shin, Ik Jae,Kim, Youngman,Maris, Pieter,Vary, James P,Forssé,n, Christian,Rotureau, Jimmy,Michel, Nicolas IOP 2017 Journal of physics G, Nuclear and particle physics Vol.44 No.7
<P>We solve for properties of <SUP>6</SUP>Li in the <I>ab initio</I> no-core full configuration (NCFC) approach and we separately solve for its ground state and <img ALIGN='MIDDLE' ALT='${J}^{\pi }={2}_{2}^{+}$' SRC='http://ej.iop.org/images/0954-3899/44/7/075103/jpgaa6cb7ieqn1.gif'/> resonance with the Gamow shell model (GSM) in the Berggren basis. We employ both the JISP16 and chiral <img ALIGN='MIDDLE' ALT='${\mathrm{NNLO}}_{\mathrm{opt}}$' SRC='http://ej.iop.org/images/0954-3899/44/7/075103/jpgaa6cb7ieqn2.gif'/> realistic nucleon–nucleon interactions and investigate the ground state energy, excitation energies, point proton root mean square (rms) radius and a suite of electroweak observables. We also extend and test methods to extrapolate the ground state energy, point proton rms radius, and electric quadrupole moment. We attain improved estimates of these observables in the NCFC approach by using basis spaces up through <img ALIGN='MIDDLE' ALT='${N}_{\max }=18$' SRC='http://ej.iop.org/images/0954-3899/44/7/075103/jpgaa6cb7ieqn3.gif'/> that enable more definitive comparisons with experiment. Using the density matrix renormalization group approach with the JISP16 interaction, we find that we can significantly improve the convergence of the GSM treatment of the <SUP>6</SUP>Li ground state and <img ALIGN='MIDDLE' ALT='${J}^{\pi }={2}_{2}^{+}$' SRC='http://ej.iop.org/images/0954-3899/44/7/075103/jpgaa6cb7ieqn4.gif'/> resonance by adopting a natural orbital single-particle basis.</P>