From China, there was the report of a female patient with spleen lymphoma which involved the pancreas. In the USA case, the presentation was by way of rupture. Therefore, 4 Nigerian cases are deemed to be worthy of documentation.

Initially, magnetic nanoparticles (MNP) Fe3O4 are synthesized by a chemical correlation method and its core / shell structure is detected using SEM, FT-IR analysis. The purpose of this production was to use the nanoparticle performance level in the absorption of antibiotics, namely, ampicillin (amp). Absorption sampling was analyzed by UV-Vis spectrophotometer and the results indicate that the absorbance of the ampere increases to 85%. The bond between these two is electrostatic bonding, which was confirmed by EDX analysis. Ultimately, this compound was used for the antibacterial process. In this case, the MNP-amp compound was added in a natural amount of 20 µl a bacterial culture pattern overnight (In-vitro). The results showed that 95% of the bacteria were killed (confirmation of antibacterial properties of MNP). Therefore, it can be transmitted intentionally by controlling the magnetic field into living cells for the destruction of pathogenic bacteria.

Quantitative measurements of the properties of a natural multicomponent system, such as Municipal Wastewater (MWW) and Activated Sludge (AS), bring challenges in terms of analytical chemistry. In the present paper, we use the ‘Binary Model’ (BM), which is considering two kinds of particles of different nature able to absorb each other to form only one type of complex. This extremely simple modeling allows explaining non-intuitive measured optical properties behavior of MWW-AS mixtures. The experimental methodology used is very simple and relies on the measurements of the optical density of the mixtures by spectrophotometry. We derive a simple but realistic expression giving the optical density resulting from light scattering of mixed suspended particles. We report a series of experimental data obtained when characterizing samples of MWW and AS and illustrate the efficiency of the BM. This simple calculation already makes it possible to optimize strategies of flocculation/ coagulation of solids. We thus develop the bases of a simple and inexpensive methodology, able to provide information on complex particulate interactions which elucidation would otherwise require the use of very sophisticated analytical techniques.

Tumor immunotherapy has entered a phase of rapid development with a shift in emphasis away from classical vaccination approaches against tumor-associated antigens (TAA) towards a focus on various strategies to modify the functions of T cells, as well as to understand and modulate the immunosuppressive nature of tumor microenvironment (TME). With such a paradigm shift, recent international conferences such as "Immune Checkpoint Inhibitors (ICI) Boston" provided unparalleled depth of insights on factors that influence combination efficacy, role of TME, identification of translational biomarkers, latest preclinical modeling approaches, as well as the scientific rationale of targeting novel immune checkpoint pathways. Here I summarize some of the highlights at ICI2017.

Initially, magnetic nanoparticles (MNP) Fe3O4 are synthesized by a chemical correlation method and its core / shell structure is detected using SEM, FT-IR analysis. The purpose of this production was to use the nanoparticle performance level in the absorption of antibiotics, namely, ampicillin (amp). Absorption sampling was analyzed by UV-Vis spectrophotometer and the results indicate that the absorbance of the ampere increases to 85%. The bond between these two is electrostatic bonding, which was confirmed by EDX analysis. Ultimately, this compound was used for the antibacterial process. In this case, the MNP-amp compound was added in a natural amount of 20 µl a bacterial culture pattern overnight (In-vitro). The results showed that 95% of the bacteria were killed (confirmation of antibacterial properties of MNP). Therefore, it can be transmitted intentionally by controlling the magnetic field into living cells for the destruction of pathogenic bacteria.

The problem of treatment of community-acquired pneumonia(???) for many years remains an urgent health issue worldwide, and the disease itself is dangerous for a healthy person at any age, especially for children and the elderly. All publications on this topic reflect anxiety and dissatisfaction with the current situation, but no one anywhere offers a radical real solution.All observed proposals to improve the results of treatment of ??? are repeated for many years and declare the acceleration of bacteriological diagnosis combined with the development of more effective antimicrobial drugs. The ineffectiveness of solving the problem in this way has only begun to fix the attention of specialists. "Despite advances in antimicrobial therapy, ??? continues to be a significant cause of morbidity and mortality in adults"