82 research outputs found
Australian Aboriginal children with otitis media have reduced antibody titers to specific nontypeable Haemophilus influenzae vaccine antigens
Indigenous populations experience high rates of otitis media (OM), with increased chronicity and severity, compared to those experienced by their nonindigenous counterparts. Data on immune responses to otopathogenic bacteria in these high-risk populations are lacking. Nontypeable Haemophilus influenzae (NTHi) is the predominant otopathogen in Australia. No vaccines are currently licensed to target NTHi; however, protein D (PD) from NTHi is included as a carrier protein in the 10-valent pneumococcal polysaccharide conjugate vaccine (PHiD10-CV), and other promising protein vaccine candidates exist, including outer membrane protein 4 (P4) and protein 6 (P6). We measured the levels of serum and salivary IgA and IgG against PD, P4, and P6 in Aboriginal and non-Aboriginal children with chronic OM who were undergoing surgery and compared the levels with those in healthy non-Aboriginal children (controls). We found that Aboriginal cases had lower serum IgG titers to all NTHi proteins assessed, particularly PD. In contrast, serum IgA and salivary IgA and IgG titers to each of these 3 proteins were equivalent to or higher than those in both non-Aboriginal cases and healthy controls. While serum antibody levels increased with age in healthy controls, no changes in titers were observed with age in non-Aboriginal cases, and a trend toward decreasing titers with age was observed in Aboriginal cases. This suggests that decreased serum IgG responses to NTHi outer membrane proteins may contribute to the development of chronic and severe OM in Australian Aboriginal children and other indigenous populations. These data are important for understanding the potential benefits of PHiD10-CV implementation and the development of NTHi protein-based vaccines for indigenous populations
Surviving and fatal Elephant Endotheliotropic Herpesvirus-1A infections in juvenile Asian elephants – lessons learned and recommendations on anti-herpesviral therapy
Guiding practice principles for clinicians who work with Indigenous people
Culturally safe healthcare approaches are important to improve outcomes of Indigenous people. Non-Indigenous clinicians are often ill-prepared to provide such healthcare. The NHMRC Centre for Research Excellence (CRE) especially for First Nations Children has been studying for several years how to improve clinical care for Indigenous children with respiratory disease in hospital, clinic, urban, rural and remote settings. At a CRE meeting in 2023 key themes were identified based on what we have learned. Themes were informed by research conducted by the CRE and supplemented by relevant manuscripts known to CRE members. This manuscript provides practical information to aid clinicians in providing culturally safe healthcare to Indigenous people. In brief, the provision of health information that is relevant and understandable to Indigenous patients and their families is critical for ensuring condition-specific health literacy and to allow Indigenous patients to gain autonomy over medical care provided to them and their children. Methods to facilitate effective communication between healthcare providers and patients, and the creation of a culturally safe healthcare environments are discussed. The manuscript will be of practical use to clinicians and translatable to other areas of health care
The Effects of the Endocrine Disrupting Compound Genistein on Estrogen Responsive Tissues in the Mouse / by Michael A. Fuery.
Detection of Quiescent Infections with Multiple Elephant Endotheliotropic Herpesviruses (EEHVs), Including EEHV2, EEHV3, EEHV6, and EEHV7, within Lymphoid Lung Nodules or Lung and Spleen Tissue Samples from Five Asymptomatic Adult African Elephants
Clinical commissioning of Laitinen Stereoadapter for fractionated stereotactic radiotherapy
Added aluminum shielding to attenuate back scatter electrons from intra-oral lead shields
The Role of Protein Synthesis During Metabolic Depression in the Australian Desert Frog Neobatrachus centralis
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