Search results for "MFA"

showing 10 items of 24 documents

N-attiecības ietekme uz izdzīvotību pacientiem ar kuņģa vēzi pēc gastrektomijām ar paplašinātām limfadenektomijām

2021

Ievads: N-attiecība ir prognostisks rīks, kas spēj samazināt TNM stadijas uzliktās stadijas migrāciju. Atbilstoši N-attiecība spētu papildināt esošo TNM klasifikācijas sistēmu tādējādi būtu iespējams samazināt nepareizas stadijas uzlikšanu. Darba mērķis: Izpētīt limfmezglu attiecības ietekmi uz izdzīvotību pacientiem ar kuņģa vēzi pēc gastrektomijām ar paplašinātām limfadenektomijām. Darba uzdevumi: Iepazīties ar jaunāko literatūtu, ievākt pacientu datus no 2014 - 2015 gada, apkopot klīniski-patoloģiskos faktorus veikt šo faktoru analīzi un veikt secinājumus. Rezultāti: Pētījums rāda, ka N-attiecības un pN rādītāja 5 gadu izdzīvotība ir līdzvērtīga. Tika konstatēts, ka N-attiecība ir progno…

(UICC/AJCC) 8. TNM klasifikācijaN-attiecībaGastrektomijasLimfadenektomijasMedicīnaKuņģa vēzis
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"Table 2" of "Measurements of |V(cb)|, form factors and branching fractions in the decays anti-B0 --> D*+ l- anti-nu/l and anti-B0 --> D+ l- an…

1997

VCB is the KCM matrix element.

BBAR0 --> D+ MU- NUMUBARElectron productionBBAR0 --> D*(2010)+ MU- NUMUBARFORMFACTORBBAR0 --> D*(2010)+ E- NUEBARB0 --> D*(2010)- E+ NUEMuon production0.0B0 --> D- MU+ NUMUCharm productionB0 --> D*(2010)- MU+ NUMUB0 --> D- E+ NUEExclusiveBBAR0 --> D+ E- NUEBAR
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"Table 1" of "Measurements of |V(cb)|, form factors and branching fractions in the decays anti-B0 --> D*+ l- anti-nu/l and anti-B0 --> D+ l- an…

1997

The formfactors are evaluated at zero recoil of D meson. Two different methods are used (see text for details). VCB is the KCM matrix element. The formfactor fitted to dependence: FF(OM) = FF(1)*(1-CONST*(OM-1)).

BBAR0 --> D+ MU- NUMUBARElectron productionBBAR0 --> D*(2010)+ MU- NUMUBARFORMFACTORBBAR0 --> D*(2010)+ E- NUEBARB0 --> D*(2010)- E+ NUEMuon production0.0B0 --> D- MU+ NUMUCharm productionB0 --> D*(2010)- MU+ NUMUB0 --> D- E+ NUEExclusiveBBAR0 --> D+ E- NUEBARCONST
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"Table 3" of "Measurements of |V(cb)|, form factors and branching fractions in the decays anti-B0 --> D*+ l- anti-nu/l and anti-B0 --> D+ l- an…

1997

VCB is the KCM matrix element.

BBAR0 --> D+ MU- NUMUBARElectron productionBBAR0 --> D*(2010)+ MU- NUMUBARFORMFACTORBBAR0 --> D*(2010)+ E- NUEBARB0 --> D*(2010)- E+ NUEMuon production0.0B0 --> D- MU+ NUMUCharm productionB0 --> D*(2010)- MU+ NUMUB0 --> D- E+ NUEExclusiveBBAR0 --> D+ E- NUEBARCONSTN=VCB
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La motte médiévale de Drosnay (Marne) : résultats de deux sondages archéologiques

2011

Deux opérations de diagnostic réalisées en 2008 et 2009 ont permis de mettre au jour un segment du fossé d’enceinte d’une motte répertoriée depuis le XIXe s., ainsi que les restes d’un bâtiment en pierre sur sa partie sommitale. Le fossé a livré un mobilier dont la chronologie est centrée sur le XIIIe s. alors que le bâtiment n’est pas antérieur au XVe s. Les remaniements ayant affecté ce site sont nombreux. Dès le XVe s. d’importants travaux de remblaiement et de nivellement semblent modifier l’angle sud-ouest de la motte. Cependant, ce sont les terrassements contemporains qui ont irrémédiablement détruit la plus grande part des vestiges. Seule la basse-cour peut désormais conserver des ve…

Burg[SHS.ARCHEO] Humanities and Social Sciences/Archaeology and Prehistory[SHS.ARCHEO]Humanities and Social Sciences/Archaeology and PrehistoryUmfassungsgraben13.-15. Jh.ditchbâtiment13th-15th centuryfossé d’enceinte[ SHS.ARCHEO ] Humanities and Social Sciences/Archaeology and PrehistorybuildingGebäudeMiddle Agesmoatsite castralfortified siteMittelalter
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"Table 1" of "Measurement of the proton form factor by studying $e^{+} e^{-}\rightarrow p\bar{p}$"

2016

Summary of the Born cross section $\sigma_\text{Born}$, the effective FF $|G|$, and the related variables used to calculate the Born cross sections at the different c.m.energies $\sqrt{s}$, where $N_\text{obs}$ is the number of candidate events, $N_\text{bkg}$ is the estimated background yield, $\varepsilon^\prime=\varepsilon\times(1+\delta)$ is the product of detection efficiency $\varepsilon$ and the radiative correction factor $(1+\delta)$, and $L$ is the integrated luminosity. The first errors are statistical, and the second systematic.

E+ E- --> P PBAR2.2324-3.671E+ E- ScatteringIntegrated Cross SectionEFFExclusiveFORMFACTORNCross SectionSIG
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"Table 1" of "A Study of e+ e- ---> p anti-p using initial state radiation with BABAR"

2005

The cross section and effective form factor for E+ E- --> PBAR P.

E+ E- ScatteringIntegrated Cross SectionExclusiveFORMFACTOR10.6Cross SectionSIGE+ E- --> PBAR P
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"Table 2" of "A Study of e+ e- ---> p anti-p using initial state radiation with BABAR"

2005

The cross section and effective form factor for E+ E- --> PBAR P.

E+ E- ScatteringIntegrated Cross SectionExclusiveFORMFACTOR10.6Cross SectionSIGE+ E- --> PBAR P
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"Table 2" of "Observation of the Dalitz Decay $\eta' \to \gamma e^+e^-$"

2016

Values of $|F|^2$ in each $M(e^+e^-)$ bin.

Electron ProductionFORMFACTORDecayETAPRIME --> GAMMA E+ E-
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"Table 2" of "Study of $D^{+} \to K^{-} \pi^+ e^+ \nu_e$"

2017

Average form-factor products in the $K^{*}$-dominated region.

Electron ProductionStrange ProductionD+ --> K- PI+ E+ NUEFORMFACTORDecay
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