FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283160001> ?p ?o ?g. }

• W4283160001 abstract "In artificial small-molecule machines, molecular motors can be used to perform work on coupled systems by applying a mechanical load-such as strain-that allows for energy transduction. Here, we report how ring strain influences the rotation of a rotary molecular motor. Bridging the two halves of the motor with alkyl tethers of varying sizes yields macrocycles that constrain the motor's movement. Increasing the ring size by two methylene increments increases the mobility of the motor stepwise and allows for fine-tuning of strain in the system. Small macrocycles (8-14 methylene units) only undergo a photochemical E/Z isomerization. Larger macrocycles (16-22 methylene units) can perform a full rotational cycle, but thermal helix inversion is strongly dependent on the ring size. This study provides systematic and quantitative insight into the behavior of molecular motors under a mechanical load, paving the way for the development of complex coupled nanomachinery." @default.
• W4283160001 created "2022-06-21" @default.
• W4283160001 creator A5030480718 @default.
• W4283160001 creator A5036603407 @default.
• W4283160001 creator A5037446159 @default.
• W4283160001 creator A5052684217 @default.
• W4283160001 creator A5078793294 @default.
• W4283160001 creator A5087713906 @default.
• W4283160001 date "2022-07-13" @default.
• W4283160001 modified "2023-10-17" @default.
• W4283160001 title "The Influence of Strain on the Rotation of an Artificial Molecular Motor" @default.
• W4283160001 cites W1497035718 @default.
• W4283160001 cites W1559264985 @default.
• W4283160001 cites W1996720874 @default.
• W4283160001 cites W1998070214 @default.
• W4283160001 cites W1998913648 @default.
• W4283160001 cites W2003204040 @default.
• W4283160001 cites W2005288482 @default.
• W4283160001 cites W2044496967 @default.
• W4283160001 cites W2053925793 @default.
• W4283160001 cites W2065147813 @default.
• W4283160001 cites W2080721874 @default.
• W4283160001 cites W2086650661 @default.
• W4283160001 cites W2089184024 @default.
• W4283160001 cites W2090889637 @default.
• W4283160001 cites W2108241347 @default.
• W4283160001 cites W2122220082 @default.
• W4283160001 cites W2126932654 @default.
• W4283160001 cites W2131740634 @default.
• W4283160001 cites W2147440332 @default.
• W4283160001 cites W2149350207 @default.
• W4283160001 cites W2158259433 @default.
• W4283160001 cites W2166042610 @default.
• W4283160001 cites W2200924201 @default.
• W4283160001 cites W2255790411 @default.
• W4283160001 cites W2299123079 @default.
• W4283160001 cites W2325025064 @default.
• W4283160001 cites W2331096349 @default.
• W4283160001 cites W2481980415 @default.
• W4283160001 cites W2554909022 @default.
• W4283160001 cites W2600030158 @default.
• W4283160001 cites W2620916992 @default.
• W4283160001 cites W2738342839 @default.
• W4283160001 cites W2752522940 @default.
• W4283160001 cites W2752983955 @default.
• W4283160001 cites W2758144562 @default.
• W4283160001 cites W2766033847 @default.
• W4283160001 cites W2773471129 @default.
• W4283160001 cites W2800948113 @default.
• W4283160001 cites W2808939406 @default.
• W4283160001 cites W2884339683 @default.
• W4283160001 cites W2888661886 @default.
• W4283160001 cites W2908962046 @default.
• W4283160001 cites W2911997094 @default.
• W4283160001 cites W2915694913 @default.
• W4283160001 cites W2939140145 @default.
• W4283160001 cites W2945007001 @default.
• W4283160001 cites W2948044826 @default.
• W4283160001 cites W2970232210 @default.
• W4283160001 cites W2980453869 @default.
• W4283160001 cites W2995666030 @default.
• W4283160001 cites W2999670036 @default.
• W4283160001 cites W3009073948 @default.
• W4283160001 cites W3009944358 @default.
• W4283160001 cites W3022284725 @default.
• W4283160001 cites W3034310241 @default.
• W4283160001 cites W3034335601 @default.
• W4283160001 cites W3124820758 @default.
• W4283160001 cites W3129018228 @default.
• W4283160001 cites W3149049198 @default.
• W4283160001 cites W3159889105 @default.
• W4283160001 cites W3176831639 @default.
• W4283160001 cites W3200991593 @default.
• W4283160001 cites W3205699459 @default.
• W4283160001 cites W3206776443 @default.
• W4283160001 cites W4200625537 @default.
• W4283160001 cites W4205952565 @default.
• W4283160001 cites W4211094321 @default.
• W4283160001 cites W4233395224 @default.
• W4283160001 cites W4235055847 @default.
• W4283160001 cites W4244126043 @default.
• W4283160001 cites W4246537712 @default.
• W4283160001 cites W4252350008 @default.
• W4283160001 cites W4281391764 @default.
• W4283160001 cites W4283160001 @default.
• W4283160001 cites W4299125157 @default.
• W4283160001 doi "https://doi.org/10.1002/anie.202205801" @default.
• W4283160001 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35718745" @default.
• W4283160001 hasPublicationYear "2022" @default.
• W4283160001 type Work @default.
• W4283160001 citedByCount "12" @default.
• W4283160001 countsByYear W42831600012022 @default.
• W4283160001 countsByYear W42831600012023 @default.
• W4283160001 crossrefType "journal-article" @default.
• W4283160001 hasAuthorship W4283160001A5030480718 @default.
• W4283160001 hasAuthorship W4283160001A5036603407 @default.
• W4283160001 hasAuthorship W4283160001A5037446159 @default.
• W4283160001 hasAuthorship W4283160001A5052684217 @default.
• W4283160001 hasAuthorship W4283160001A5078793294 @default.
• W4283160001 hasAuthorship W4283160001A5087713906 @default.

• next