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This document is a correction notice for an article titled "Charged hadron fragmentation functions from collider data: NNPDF Collaboration." The correction addresses an error in the implementation of the rapidity range for the ALICE data included in the study. The error resulted in an incorrect rapidity range, but the impact on the conclusions of the study is reported to be marginal. The correction notice provides details about the error and its correction, as well as the impact on the figures and tables presented in the original article. The text provides a table and several graphs related to the momentum fraction for different types of particles. It also mentions an updated and corrected set of data available through LHAPDF. The authors express gratitude to Aleksas Mazeliauskas for their contributions. The graphs compare different sets of data and show the correlation coefficient, differential cross sections, and theoretical predictions. The purpose of the text is to present and analyze the data, without making any judgments or conclusions. [Extracted from the article]

Clinical, morphological and immunological studies of human tuberculosis have enabled the spectrum of the disease to he determined. We have investigated the cell-mediated immune responses by means of skin tests and leucocyte migration inhibition to PMD, and the humoral immune responses by means of immunodiffusion and haemagglutination tests. Patients with tuberculosis can be classified into two polar groups-reactive (RR) and un-reactive (UU), the former showing good cell-mediated immunity and little or no antibody formation and the latter poor cellular responses and exuberant antibody production. The inter- mediate forms show characteristics of the neighbouring polar groups. The existence of a spectrum of immune response in tuberculosis, which has long been suspected, is now demonstrated. [ABSTRACT FROM AUTHOR]

We present NNFF1.1h, a new determination of unidentified charged-hadron fragmentation functions (FFs) and their uncertainties. Experimental measurements of transverse-momentum distributions for charged-hadron production in proton-(anti)proton collisions at the Tevatron and at the LHC are used to constrain a set of FFs originally determined from electron-positron annihilation data. Our analysis is performed at next-to-leading order in perturbative quantum chromodynamics. We find that the hadron-collider data is consistent with the electron-positron data and that it significantly constrains the gluon FF. We verify the reliability of our results upon our choice of the kinematic cut in the hadron transverse momentum applied to the hadron-collider data and their consistency with NNFF1.0, our previous determination of the FFs of charged pions, kaons, and protons/antiprotons. [ABSTRACT FROM AUTHOR]