Annika Schmidt is a Newsroom Intern at various prominent outlets including The Denver Gazette and Yahoo News. She focuses on critical topics such as Climate Policy, Global Warming, and Earth Sciences, while also exploring the intersections of Chemistry, Materials Science, and Oceanography. Annika's work has been featured in numerous publications, including The Colorado Springs Gazette, DM2I, PLOS, and AOL, Inc.
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Colorado Springs, United States (Local)
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Annika's coverage primarily focuses on local crime, breaking news, and government announcements in the Colorado Springs area. She frequently covers evolving stories related to crime and police activities.
To effectively reach out to Annika Schmidt, consider providing insights or expert commentary on local crime trends, law enforcement policies affecting Colorado Springs communities, or analysis of evolving criminal cases that have significant impact at a local level. Additionally, pitches related to events around Colorado Springs or updates on community-focused initiatives may also be well received by Annika.
Given her focus on local news within Colorado Springs and surrounding areas, ensure that any outreach is relevant specifically to this geographic location.
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By: Stefano Ugel, Soheila Rezaei Adariani, Pctcan Santander, Slava Ziegler, Belén Lucas, Kesava Reddy Naredla, Raphael Gasper, Suyuan Chen, Annika Schmidt, Carsten Strohmann, Malte Gersch, Kamal Kumar
The combination of bicyclic monoterpene- and pyrrolidine-alkaloid fragments yields novel pseudo-natural products. Biological characterization revealed that these iDegs are inhibitors and degraders of indoleamine-2,3-dioxygenase.
By: Molécules Umr, Isabelle Jourdain, Michael Knorr, Mélaine Wang, Carsten Strohmann, Annika Schmidt
The reaction of the short-bite bis(diphosphino)amine ligand Ph2PN(Me)PPh2 (Medppa) with an equimolar amount of [Co2(CO)8] in toluene solution yielded the diphosphane-bridged complex bis(µ2-carbonyl)(µ-bis(diphenylphosphino)methylamine)-tetracarbonyl-dicobalt(0) (Co—Co) · 0.5 toluene, [Co2(CO)6(µ-Medppa)] 1. Using a 3:1 ratio, the ion-pair complex [Co(CO)(η2-Medppa)2][Co(CO)4] 2 was formed. The ionic intermediate [Co(CO)2(η2-Medppa)(η1-Medppa)][Co(CO)4] 3 was spectroscopically observed during the stoichiometric reaction involving [Co2(CO)8] and 2 eq. Medppa. Complexes 1 and 2 were characterized using IR and NMR spectroscopy and by single-crystal X-ray analysis performed at 100 K.
