European Journal Of Immunology and Microbiology (EJIM)—Open Access Journal

European Journal Of Immunology and Microbiology (EJIM) ISSN: (2298-6555) is an international, cross-disciplinary, scholarly, peer-reviewed and open-access journal of Immunology and Microbiology. European Journal Of Immunology and Microbiology (EJIM) provides an advanced forum for Immunology and Microbiological development. European Journal Of Immunology and Microbiology (EJIM) publishes bi-monthly (2 months/publication or 6 times a year) online by SDIP PRESS.

  • Open Access free for readers, with article processing charges (APC) paid by authors or their institutions.
  • Rapid publication: manuscripts are peer-reviewed and a first decision provided to authors approximately 4-7 working days after submission; acceptance to publication is undertaken within 5 working days.

Impact Factor: 5.72 Gongcheng Kexue Yu Jishu/Advanced Engineering Science

European Journal Of Immunology and Microbiology (EJIM) - Latest Articles

Open Access Category: EJIM Total View - 176
Flawed Interfering Particles and Their Role in Disease Progression and Persistence Paper ID: EJIM-01-10-2019-130
Abstract : Flawed meddling particles (DIPs) are results of internal erasure freaks of infections that duplicate at the payment of the parent infection. This survey article went for auditing ebb and flow science on DIPs of their atomic and immunological highlights, job in illness movement and determination, sway on immunization creation and viral vectors, and future bearings. Flawed meddling particles are imperative to the field of biotechnology and hereditary designing because of their tendency of invigorating the safe framework and weakening a portion of the live infections during live-constricted antibody generation, be that as it may, they have an overwhelming impact like meddling with immunization creation, that is diminishing the viral titer, and encourage pathogenesis and tirelessness of some popular diseases.
Full article
Open Access Category: EJIM Total View - 203
Neutrophil Extracellular Trap (NET): The Interplay Between Infection, Inflammation and Thrombosis Paper ID: EJIM-01-10-2019-120
Abstract : While the perception that the communications among disease and thrombosis is a verifiable truth, the component behind this association was not clear. Likewise, it was known for an extensive stretch that thrombus contains neutrophils inside its skeleton. Histon an intranuclear part, was known to have an exceptionally solid microbicidal property, the inquiry was how might it achieve its objective? Could the revelation of this new component in neutrophil science; in particular neutrophil extracellular snare (NET), answer these issues? Ideally it could. This audit will concentrate on the generation of NET (NETosis), its suggestions in various sicknesses, its job in understanding the association between contamination, irritation and thrombosis, at long last we will search for the possibilities of focusing on it, for helpful advantages.
Full article
Open Access Category: EJIM Total View - 457
The Gene Mutation and Drug Resistant of Mycobacterium tuberculosis in Patients of Chongqing Paper ID: EJIM-28-07-2019-76
Abstract : To distinguish the disease and medication opposition of Mycobacterium tuberculosis (MTB) in Chongqing and give a logical premise to the counteractive action and treatment of tuberculosis. DNA was gathered from all new presumed patients in Chongqing from January 2014 to September 2017, Genechip innovation was utilized to recognize Mtb strain. Genechip innovation recognizes transformations in the ropB quality (related with protection from rifampicin) at locus 511, locus 513, locus 516 locus 526, locus 531 or locus 533. Genechip innovation was likewise used to distinguish changes in the KatG quality and inhA quality. Genechip uncovered that the Mtb tainted male represented 73.98% and female represented 26.12%. The all-out medication obstruction rate of rifampicin and isoniazid were 11.2% (122/110771). Genechip uncovered that ropB quality of 72 strains were change. The most astounding transformation site was 531 (TCG) locus (37.5%, 27/72). The general population with katG and inhA quality change were 50 patients. The most widely recognized transformation site was 315 (AGC) locus. The pit, history of treatment, and sporadic prescription were the hazard factor of medication safe Mtb. Our report showed the contaminated proportion and the medication safe kinds of Mtb in Chongqing region. We ought to reinforce wellbeing the board and give psychosocial support, so as to lessen the danger of medication safe Mtb
Full article
Open Access Category: EJIM Total View - 127
Developing A New Strategy for the Antitumor Immunotherapy: Pharmacological Modulation of the Ca2+/Camp Signaling Interaction Paper ID: EJIM-28-07-2019-74
Abstract : Malignant growth is a noteworthy general medical issue and the subsequent driving reason for mortality around the globe. Antitumor immunotherapy utilizing monoclonal antibodies is viewed as particular and productive in the treatment of various sorts of tumors, yet its expense and poisonous impacts limit its application. Numerous tumor microenvironments, including lymphoma and carcinoma, are enhanced in insusceptible suppressive cells that add to safe fatigue by methods articulation of inhibitory ligands, suppressive cytokines, and tumor-advancing elements. Antitumor treatments focused to decrease the enlistment, enrollment, or suppressive exercises of the invulnerable cells have been explored. New antitumor techniques utilizing medications focused to intracellular flagging engaged with cell expansion and survival, angiogenesis, and metastasis have turned out to be promising as of late. In this way, our disclosure of the job of utilitarian association between intracellular flagging pathways intervened by calcium particles (Ca2+) and cyclic adenosine monophosphate (cAMP) (Ca2+/cAMP flagging connection) in these cell reactions, opened an extraordinary road for the advancement of new antitumor remedial methodologies. Here, we examine how the joined utilization of monoclonal antibodies with medications that balance the Ca2+/cAMP flagging communication to diminish tumor development could be a potential procedure in the antitumor immunotherapy because of the addition of antitumor viability and decrease of unfriendly impacts
Full article
Open Access Category: EJIM Total View - 245
Sero-Detection of Cytomegalovirus and Rubella Virus IgG Antibodies Among Sudanese Pregnant Women in Khartoum State-Sudan Paper ID: EJIM-28-07-2019-73
Abstract : Cytomegalovirus and Rubella infection are the most well-known reasons for innate contaminations, which increment dreariness and mortality during childbirth and one of the normal reasons for fetus removal in creating nations. Plasma tests acquired from 87 pregnant womens, the examples were gotten from Omdurman Friendship Hospital 53(61%), AL-Saudi Specialized Hospital 21(25%) and Ultra lab Diagnostic Center 13(14%).all examples were inspected for nearness of CMV and Rubella infection IgG antibodies by utilizing an ELISA test. The outcome demonstrated that out of 87 blood tests explored, 64(73.6%) were sure for CMV, while the reslt 23(26.4%) were negative and 85(97.7%) were sure for rubella, while the reslt 2(2.3%) were negative, where was 62(71.2%) examples had both CMV and Rubella infection IgG antibodies, 25(28.8%) had either CMV or Rubella infection IgG antibodies and there was no example negative for both CMV and Rubella infection IgG antibodies. The present examination watched the high commonness rate of CMV and rubella infection IgG antibodies among pregnant ladies in Khartoum State. The degree of diseases is higher in pregnant ladies without history of unsuccessful labor than those prematurely ended ladies.
Full article
Back to Top