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Context: The Javalambre Photometric Local Universe Survey (J-PLUS) is anobservational campaign that aims to obtain photometry in 12 ultraviolet-visiblefilters (0.3-1 {\mu}m) of approximately 8 500 deg{^2} of the sky observablefrom Javalambre (Teruel, Spain). Due to its characteristics and strategy ofobservation, this survey will let us analyze a great number of Solar Systemsmall bodies, with improved spectrophotometric resolution with respect toprevious large-area photometric surveys in optical wavelengths. Aims: The maingoal of this work is to present here the first catalog of magnitudes and colorsof minor bodies of the Solar System compiled using the first data release (DR1)of the J-PLUS observational campaign: the Moving Objects Observed fromJavalambre (MOOJa) catalog. Methods: Using the compiled photometric data weobtained very-low-resolution reflectance (photospectra) spectra of theasteroids. We first used a {\sigma}-clipping algorithm in order to removeoutliers and clean the data. We then devised a method to select the optimalsolar colors in the J-PLUS photometric system. These solar colors were computedusing two different approaches: on one hand, we used different spectra of theSun, convolved with the filter transmissions of the J-PLUS system, and on theother, we selected a group of solar-type stars in the J-PLUS DR1, according totheir computed stellar parameters. Finally, we used the solar colors to obtainthe reflectance spectra of the asteroids. Results: We present photometric datain the J-PLUS filters for a total of 3 122 minor bodies (3 666 before outlierremoval), and we discuss the main issues of the data, as well as someguidelines to solve them

J-PLUS: A first glimpse at spectrophotometry of asteroids -- The MOOJa catalog