Welcome to the SUNY Open Access Repository
The SUNY Open Access Repository (SOAR) is a centrally managed online digital repository that stores, indexes, and makes available scholarly and creative works of SUNY faculty, students, and staff across SUNY campuses. SOAR serves as an open access platform for those SUNY campuses that do not have their own open access repository environments.
Access to SUNY campus communities in SOAR are available below under SUNY sectors and also listed alphabetically under the Campus Communities in SOAR on the navigation bar on the left.
Additional information includes
- Approved SUNY Campus Open Access Policies (clicking on this link will take you out of SOAR)
- Links to additional SUNY repositories
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Communities in SUNY Open Access Repository
Select a community to browse its collections.
Maritime Cyber Risk Management Process: Case for American Liquefied Gas CarrierThe entwinement of shipboard traditional and cyber assets and the unique and potentially severe hazards of a liquefied gas carrier necessitate the need of the robust implementation of a shipboard cyber risk management process. Academic research on maritime cyber risk management lack an empirical research on a shipboard system in operation and a broader coverage of regulatory and commercial insights in formulating such process. This thesis aims to propose a shipboard cyber risk management process with broader technological, regulatory, and commercial perspectives in the maritime transportation of liquefied gas cargo. Case study methodology is applied to describe the formulation and implementation of a shipboard cyber risk management process. Interpretive data collection is conducted to identify and review key stakeholders on the cyber risk management of American liquefied gas carriers and their relevant resources. A baseline of references is proposed to formulate a shipboard cyber risk management process. For this purpose, the cyberspace and vulnerabilities of the maritime industry is reviewed to identify considerations originating from a cyber environment, the maritime industry, and a vessel. Case study was conducted by reviewing documents and observing a cargo handling system commissioned on a liquefied petroleum gas carrier in operation. Asset-based risk assessment is conducted to determine quantitative risk impact value of and cyber threats to critical equipment. The study demonstrates how the integration of traditional and cyber assets in a cargo handling system introduce cyber threats and aggravate physical threats. Results demonstrates how existing company and shipboard practices can be enhanced to improve shipboard cyber resilience.
Agonal factors distort gene-expression patterns in human postmortem brainsAgonal factors, the conditions that occur just prior to death, can impact the molecular quality of postmortem brains, influencing gene expression results. Nevertheless, study designs using postmortem brain tissue rarely, if ever, account for these factors, and previous studies had not documented nor adjusted for agonal factors. Our study used gene expression data of 262 samples from ROSMAP with the following terminal states recorded for each donor: surgery, fever, infection, unconsciousness, difficulty breathing, and mechanical ventilation. Performed differential gene expression and weighted gene co-expression network analyses (WGCNA), fever and infection were the primary contributors to brain gene expression changes. Fever and infection also contributed to brain cell-type specific gene expression and cell proportion changes. Furthermore, the gene expression patterns implicated in fever and infection were unique to other agonal factors. We also found that previous studies of gene expression in postmortem brains were confounded by variables of hypoxia or oxygen level pathways. Therefore, correction for agonal factors through probabilistic estimation of expression residuals (PEER) or surrogate variable analysis (SVA) is recommended to control for unknown agonal factors. Our analyses revealed fever and infection contributing to gene expression changes in postmortem brains and emphasized the necessity of study designs that document and account for agonal factors.