Open Access. Powered by Scholars. Published by Universities.®
- Institution
- Publication
- Publication Type
Articles 1 - 7 of 7
Full-Text Articles in Life Sciences
Copper-Rich “Halo” Off Lake Superior's Keweenaw Peninsula And How Mass Mill Tailings Dispersed Onto Tribal Lands, W. Charles Kerfoot, Noel Urban, Jaebong Jeong, Carol Maclennan, Sophia Ford
Copper-Rich “Halo” Off Lake Superior's Keweenaw Peninsula And How Mass Mill Tailings Dispersed Onto Tribal Lands, W. Charles Kerfoot, Noel Urban, Jaebong Jeong, Carol Maclennan, Sophia Ford
Michigan Tech Publications
Over a century ago, shoreline copper mills sluiced more than 64 million metric tonnes of tailings into Lake Superior, creating a “halo” around the Keweenaw Peninsula with a buried copper peak. Here we examine how tailings from one of the smaller mills (Mass Mill, 1902–1919) spread as a dual pulse across southern Keweenaw Bay and onto tribal L'Anse Indian Reservation lands. The fine (“slime clay”) fraction dispersed early and widely, whereas the coarse fraction (stamp sands) moved more slowly southward as a black sand beach deposit, leaving scattered residual patches. Beach stamp sands followed the path of sand eroding from …
Eti‐385 As A Novel Anti‐Emetic Against Drug Induced Emesis, Theresa Fennell, James Lucot, Samantha Spitak, Emily Smith, Teresa Garret
Eti‐385 As A Novel Anti‐Emetic Against Drug Induced Emesis, Theresa Fennell, James Lucot, Samantha Spitak, Emily Smith, Teresa Garret
Symposium of Student Research, Scholarship, and Creative Activities Materials
Drugs currently used to prevent emesis (nausea and vomiting) target only one or a few of the pathways used by emetic stimuli to trigger the reflex. Thus, an anti-emetic drug will only be effective against some stimuli. Prior work determined that 8-OH-DPAT (DPAT, a 5-HT1A agonist) was a universally effective anti-emetic. Although DPAT prevented emesis, it also elicited an extreme anxiety response making it unsuitable for therapeutic use. Presently, there exists no universal anti-emetic drug. We tested a proprietary drug developed from DPAT, ETI-385, which successfully prevented emesis in musk shrews against chemotherapy, drug and motion stimuli. For FDA purposes, …
Library Impact Statement For Bio 501 Advanced Scientific Ethics, Michael A. Cerbo Ii
Library Impact Statement For Bio 501 Advanced Scientific Ethics, Michael A. Cerbo Ii
Library Impact Statements
Library Impact Statement for BIO 501 Advanced Scientific Ethics new course proposal. No new resources are required to support this course. Responding library faculty member: Michael A. Cerbo II. Requesting faculty member: Chris Lane.
Library Impact Statement For Bio 502 Advanced Scientific Communication, Michael A. Cerbo Ii
Library Impact Statement For Bio 502 Advanced Scientific Communication, Michael A. Cerbo Ii
Library Impact Statements
Library Impact Statement for BIO 502 Advanced Scientific Communication new course proposal. No new resources are needed to support this course. Responding library faculty member: Michael A. Cerbo II. Requesting faculty member: Chris Lane.
Library Impact Statement For Bio 553 Regulatory Processes In Eucaryotic Cells, Michael A. Cerbo Ii
Library Impact Statement For Bio 553 Regulatory Processes In Eucaryotic Cells, Michael A. Cerbo Ii
Library Impact Statements
Library Impact Statement for BIO 553 Regulatory Processes in Eucaryotic Cells new course proposal. No new library resources are needed to support this course. Responding library faculty member: Michael A. Cerbo II. Requesting faculty member: Joanna Norris.
Library Impact Statement For Bio 485x Salt Marsh Ecology, Michael A. Cerbo Ii
Library Impact Statement For Bio 485x Salt Marsh Ecology, Michael A. Cerbo Ii
Library Impact Statements
Library Impact Statement for BIO 485X Salt Marsh Ecology new course proposal. No new library resources are needed to support this course. Responding library faculty member: Michael A. Cerbo II. Requesting faculty member: Serena Moseman-Valtierra.
Library Impact Statement For Bio 585x Salt Marsh Ecology, Michael A. Cerbo Ii
Library Impact Statement For Bio 585x Salt Marsh Ecology, Michael A. Cerbo Ii
Library Impact Statements
Library Impact Statement for BIO 585X Salt Marsh Ecology new course proposal. No new library resources are needed to support this course. Responding library faculty member: Michael A. Cerbo II. Requesting faculty member: Serena Moseman-Valtierra.