1. A magnetic resonance (MR) system for detecting concentrations of one or more metabolites in a volume of interest (VOI), the system comprising: at least one controller configured to: apply to the VOI a local spectroscopy sequence at a selected point (PRESS) with multiquantum filter (MQF), containing the first and second 90-degree radio frequency (RF) pulses, the third 90-degree RF pulse, the first and second 180-degree adiabatic pulses and a composite pulse sequence with a two-band delay, h alternating with nutation, for adapted excitation (DANTE) with a central frequency oriented to Cr and having a plurality of N block pulses, the DANTE pulse sequence being located between the first and second 90-degree RF pulses, and the first and second 180-degree pulses adiabatic pulses are located in time after the third 90-degree RF pulse； detection of the free induction decay signal (FID) of the MR emitted by the VOI； and reconstructing the detected FID MR signal to obtain metabolite spectrum information. 2. The system of claim 1, wherein each of the first and second 90-degree RF pulses has an unbalanced waveform of the SINC type (Spredrex type). 3. The system of claim 1, wherein the third 90 degree RF pulse has a SINC waveform with an excitation bandwidth of 120 Hz. The system of claim 1, wherein the first and second 180-degree adiabatic pulses are in the form of a pulse type signal oit_800_6500.5. The system of claim 1, wherein the DANTE pulse sequence is determined by two or more of the following parameters: PD_tot = 1.0 / BW, τ = 0.5 / BW_side, N = PD_tot / τ, Flip = 2 * Flip_tot / N, θ = -4 * τ * BW_diff * 180 °, and Phase_even = (N / 2-1) θ, (N / 2-2) θ, ... θ, 0, and Phase Odd_Pulse = 0 where BW refers to the excitation band of the pulse sequence of the individual band,1. Магнитно-резонансная (MR) система для обнаружения концентраций одного или более метаболитов в интересующем объеме (VOI), причем система содержит:по меньшей мере один контроллер, выполненный с возмож
