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Title: Gunsaulus Hall flyer, 1952
Creator: Illinois Institute of Technology
Date: 1952-05
Description: Flyer advertising available leases for Gunsaulus Hall apartments, posted in May 1952. Gunsaulus Hall was designed by Skidmore, Owings &...
Show moreFlyer advertising available leases for Gunsaulus Hall apartments, posted in May 1952. Gunsaulus Hall was designed by Skidmore, Owings & Merrill and was constructed in 1949-1950.
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Collection: Student Housing brochures, 1948-1970

Title: Apartment Living at Technology Center
Creator: Illinois Institute of Technology
Date: 1955
Description: Booklet detailing apartment/dormitory housing options available to Illinois Tech students, faculty, and staff. Published soon after the...
Show moreBooklet detailing apartment/dormitory housing options available to Illinois Tech students, faculty, and staff. Published soon after the construction of Cunningham Hall and Bailey Hall (later George J. Kacek Hall), the booklet includes descriptions of different apartment layouts and floor plans for each building. Date unknown. Date listed is approximate, based on campus layout depicted in booklet and mention of Mies van der Rohe as current director of the Department of Architecture.
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Collection: Student Housing brochures, 1948-1970

Title: Robert Arzbaecher and Bob Jaeger, Pritzker Institute of Medical Engineering, Illinois Institute of Technology, Chicago, Illinois, ca. 1979-1981
Date: 1979-1981
Description: Photograph of Robert Arzbaecher and Bob Jaeger of the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science...
Show morePhotograph of Robert Arzbaecher and Bob Jaeger of the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science and Engineering). Photographer unknown. Date of photograph unknown. Date range listed is approximate.
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Collection: Office of Communications and Marketing photographs, 1905-1999

Title: Robert Arzbaecher with smart pacemaker, Illinois Institute of Technology, Chicago, Illinois, ca. 1979-1987
Date: 1979-1987
Description: Photograph of Robert Arzbaecher of the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science and...
Show morePhotograph of Robert Arzbaecher of the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science and Engineering) holding a smart pacemaker, potentially an external pacemaker used in conjunction with the swallowable pill electrode Arzbaecher developed for use in the detection and analysis of cardiac arrythmia. Photographer unknown. Date of photograph unknown. Date range listed is approximate.
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Collection: Office of Communications and Marketing photographs, 1905-1999

Title: Implantable drug pump for treating cardiac arrhythmia, ca. 1975-1985
Date: 1975-1985
Description: Photograph of an implantable drug pump for treating cardiac arrhythmia developed by Robert Arzbaecher at the Pritzker Institute of Medical...
Show morePhotograph of an implantable drug pump for treating cardiac arrhythmia developed by Robert Arzbaecher at the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science and Engineering). Photographer unknown. Date of photograph unknown. Date range listed is approximate.
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Collection: Office of Communications and Marketing photographs, 1905-1999

Title: Pill electrode for the study of cardiac arrhythmia, 1979-1981
Date: 1979-1981
Description: Photograph of a swallowable pill electrode used in the detection and analysis of cardiac arrythmia, including an Aspirin tablet for size...
Show morePhotograph of a swallowable pill electrode used in the detection and analysis of cardiac arrythmia, including an Aspirin tablet for size comparison. The pill electrode was developed by Robert Arzbaecher at the Pritzker Institute of Medical Engineering (now Pritzker Institute of Biomedical Science and Engineering). Photographer unknown.
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Collection: Office of Communications and Marketing photographs, 1905-1999

Title: Synagogue @ Place des Vosges
Creator: Gordon, Robert Philip
Date: 1989-09
Description: Color sketch of Temple des Vosges, now known as Synagogue Charles Liché, located in the Hotel de Ribault on Places des Vosges.
Collection: Robert Philip Gordon papers, 1963-2010

Title: Notre Dame de Paris
Creator: Gordon, Robert Philip
Date: 1986
Description: Color sketch of Notre Dame de Paris.
Collection: Robert Philip Gordon papers, 1963-2010

Title: Site Study
Creator: Gordon, Robert Philip
Date: 1986-03
Description: Color sketch of the Eiffel Tower.
Collection: Robert Philip Gordon papers, 1963-2010

Title: Lewis Institute faculty group portrait, Chicago, Illinois, 1899
Date: 1899
Description: Picture of 1899 Lewis Institute faculty clipped from a newspaper in the 1920s. Those pictured include George Noble Carman (Director of Lewis...
Show morePicture of 1899 Lewis Institute faculty clipped from a newspaper in the 1920s. Those pictured include George Noble Carman (Director of Lewis Institute), John L. Bacon (later Mayor of San Diego, 1921-1927), Wallace W. Atwood (later President of Clark University, 1920-1946). Photographer and original source unknown.
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Collection: Lewis Institute records, 1827-1984

Title: Light Drawing With Folded Paper
Creator: Lerner, Nathan, 1913-1997
Date: 1940
Description: Photograph of cut and folded paper used as a means to experiment with light and shadow. Title, date, and signature inscribed on verso....
Show morePhotograph of cut and folded paper used as a means to experiment with light and shadow. Title, date, and signature inscribed on verso. Numbered img1136, 026.087.3.06, #42.1.2, and 2886? on verso of photograph.
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Collection: Nathan Lerner photographs, 1935-1980

Title: Controlling biofilms using synthetic biology approaches
Creator: Fang, Kuili, Park, Oh-Jin, Hong, Seok Hoon
Date: 2020
Description: Bacterial biofilms are formed by the complex but ordered regulation of intra- or inter-cellular communication, environmentally responsive gene...
Show moreBacterial biofilms are formed by the complex but ordered regulation of intra- or inter-cellular communication, environmentally responsive gene expression, and secretion of extracellular polymeric substances. Given the robust nature of bio?lms due to the non-growing nature of bio?lm bacteria and the physical barrier provided by the extracellular matrix, eradicating bio?lms is a very di?cult task to accomplish with conventional antibiotic or disinfectant treatments. Synthetic biology holds substantial promise for controlling bio?lms by improving and expanding existing biological tools, introducing novel functions to the system, and re-conceptualizing gene regulation. This review summarizes synthetic biology approaches used to eradicate bio?lms via protein engineering of bio?lm-related enzymes, utilization of synthetic genetic circuits, and the development of functional living agents. Synthetic biology also enables bene?cial applications of bio?lms through the production of biomaterials and patterning bio?lms with speci?c temporal and spatial structures. Advances in synthetic biology will add novel bio?lm functionalities for future therapeutic, biomanufacturing, and environmental applications.
Sponsorship: NIH-R15AI130988, NSF CBET-1917130
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Title: Engineering Escherichia coli to produce and secrete colicins for rapid and selective biofilm cell killing
Creator: Jin, Xing, An, Sungjun, Kightlinger, Weston, Zhou, Jiacheng, Hong, Seok Hoon
Date: 2021
Description: Bacterial biofilms are associated with chronic infectious diseases and are highly resistant to conventional antibiotics. Antimicrobial...
Show moreBacterial biofilms are associated with chronic infectious diseases and are highly resistant to conventional antibiotics. Antimicrobial bacteriocins are alternatives to conventional antibiotics and are characterized by unique cell-killing mechanisms, including pore formation on cell membranes, nuclease activity, and cell wall synthesis inhibition. Here, we used cell-free protein synthesis to rapidly evaluate the antibiofilm activities of colicins E1, E2, and E3. We found that E2 (with DNase activity) most effectively killed target biofilm cells (i.e., the K361 strain) while leaving nontargeted biofilms intact. We then engineered probiotic Escherichia coli microorganisms with genetic circuits to controllably synthesize and secrete colicin E2, which successfully inhibited biofilms and killed preformed indicator biofilms. Our findings suggest that colicins rapidly and selectively kill target biofilm cells in multispecies biofilms and demonstrate the potential of using microorganisms engineered to produce antimicrobial colicin proteins as live therapeutic strategies to treat biofilm-associated infections.
Sponsorship: NIH-R15AI130988
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Title: Continuous Generalization of 2’s Complement Arithmetic
Creator: Patel, Shivam
Date: 2022-11-26

Title: Editorial, "Cell-Free Synthetic Biology": Synthetic Biology Meets Cell-Free Protein Synthesis
Creator: Hong, Seok Hoon
Date: 2019
Publisher: MDPI
Description: Sponsorship: NIH R15AI130988

Title: Incorporation of non-standard amino acids into proteins: challenges, recent achievements, and emerging applications
Creator: Jin, Xing, Park Oh-Jin, Hong, Seok Hoon
Date: 2019
Description: The natural genetic code only allows for 20 standard amino acids in protein translation, but genetic code reprogramming enables the...
Show moreThe natural genetic code only allows for 20 standard amino acids in protein translation, but genetic code reprogramming enables the incorporation of non-standard amino acids (NSAAs). Proteins containing NSAAs provide enhanced or novel properties and open diverse applications. With increased attention to the recent advancements in synthetic biology, various improved and novel methods have been developed to incorporate single and multiple distinct NSAAs into proteins. However, various challenges remain in regard to NSAA incorporation, such as low yield and misincorporation. In this review, we summarize the recent efforts to improve NSAA incorporation by utilizing orthogonal translational system optimization, cell-free protein synthesis, genomically recoded organisms, artificial codon boxes, quadruplet codons, and orthogonal ribosomes, before closing with a discussion of the emerging applications of NSAA incorporation.
Sponsorship: NIH R15AI130988
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Title: Undecanoic Acid, Lauric Acid, and N-Tridecanoic Acid Inhibit Escherichia coli Persistence and Biofilm Formation
Creator: Jin, Xing, Zhou, Jiacheng, Richey, Gabriella, Wang, Mengya, Hong, Sung Min Choi, Hong, Seok Hoon
Date: 2021
Description: Persister cell formation and biofilms of pathogens are extensively involved in the development of chronic infectious diseases. Eradicating...
Show morePersister cell formation and biofilms of pathogens are extensively involved in the development of chronic infectious diseases. Eradicating persister cells is challenging, owing to their tolerance to conventional antibiotics, which cannot kill cells in a metabolically dormant state. A high frequency of persisters in biofilms makes inactivating biofilm cells more difficult, because the biofilm matrix inhibits antibiotic penetration. Fatty acids may be promising candidates as antipersister or antibiofilm agents, because some fatty acids exhibit antimicrobial effects. We previously reported that fatty acid ethyl esters effectively inhibit Escherichia coli persister formation by regulating an antitoxin. In this study, we screened a fatty acid library consisting of 65 different fatty acid molecules for altered persister formation. We found that undecanoic acid, lauric acid, and N-tridecanoic acid inhibited E. coli BW25113 persister cell formation by 25-, 58-, and 44-fold, respectively. Similarly, these fatty acids repressed persisters of enterohemorrhagic E. coli EDL933. These fatty acids were all medium-chain saturated forms. Furthermore, the fatty acids repressed Enterohemorrhagic E. coli (EHEC) biofilm formation (for example, by 8-fold for lauric acid) without having antimicrobial activity. This study demonstrates that medium-chain saturated fatty acids can serve as antipersister and antibiofilm agents that may be applied to treat bacterial infections.
Sponsorship: NIH-R15AI130988; NSF REU-1757989
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Title: Priming Movie Product Placements: New Insights from a Cross-National Case Study
Creator: Balasubramanian,Siva K, Gistri, Giacomo
Date: 44354, 44327
Publisher: Taylor & Francis
Description: The paucity of research on priming product placements and insights from practitioners (Study 1) motivated our investigation into how and when...
Show moreThe paucity of research on priming product placements and insights from practitioners (Study 1) motivated our investigation into how and when priming works in movie placements. Study 2 explores the impact of media priming (a media story announcing a movie placement before the movie’s release) and ad priming (a similar ad announcement) on recall through contrasts with no priming (control). US students watched a movie in a theatre after such priming for a subtle or a prominent placement. When compared to no priming, both media priming and ad priming enhanced recall for the subtle placement; no difference in recall performance emerged between no priming and either type of priming for the prominent placement. Contrast tests comparing media priming and ad priming indicated no differences in recall for either subtle or prominent placement. Study 3 replicated these recall findings with Italian moviegoers, and supported additional hypotheses and propositions for brand attitude. For the subtle (prominent) placement, attitude did not change (decreased) when comparing either media priming or ad priming with no priming. Contrast tests comparing media priming and ad priming indicated no differences in attitude outcomes, for either subtle or prominent placement. Using no priming as a baseline for comparison, the converging conclusion is that any type of priming improves (does not change) recall and does not change (worsens) attitude for subtle (prominent) placements. Overall, results do not support priming for prominent placements; selective use of any type of priming for subtle placements appears appropriate to improve recall outcomes.
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Collection: International Journal of Advertising

Title: Abraham Lincoln School Art Classes leaflet, 1945-1946
Creator: Abraham Lincoln School
Date: 1945-1946
Description: Course catalog for evening classes in art and design at Abraham Lincoln School (30 West Washington Street, Chicago, Illinois). Class topics...
Show moreCourse catalog for evening classes in art and design at Abraham Lincoln School (30 West Washington Street, Chicago, Illinois). Class topics were layout and typography, basic design, home planning, and photography, and the classes were taught, at least in part, by students from the Institute of Design, including Mary Henry, Morton Goldsholl, and Jack Waldheim. This catalog is Mary Henry's personal copy, and her inscription on the rear cover reads "While I was a student at the Institute of Design I taught one semester at the Abraham Lincoln School - no salary involved! This is my only copy. M.H." Date of leaflet is unknown, date range indicated is inferred from Mary Henry's dates of attendance at the Institute of Design.
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Collection: Mary Dill Henry Papers, 1913-2021

Title: Design Direction, Book 2
Creator: Henry, Mary Dill, 1913-2009
Date: 1946
Description: Design Direction was Mary Henry's 1946 thesis for her graduate degree at the Institute of Design. The project, completed in collaboration with...
Show moreDesign Direction was Mary Henry's 1946 thesis for her graduate degree at the Institute of Design. The project, completed in collaboration with Emerson Woelffer, was based on a class for beginning students taught by Woelffer at ID. The course consisted of 18 exercises exploring the basic elements of design, each of which is represented in Henry's Design Directions. Book 1 consists of the design exercises themselves, Book 2 contains the textual component of the project.
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Collection: Mary Dill Henry Papers, 1913-2021

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