Gene loops juxtapose promoters and terminators in yeast. by O'Sullivan, JM, Tan-Wong, S, Morillon, A, Lee, B, Coles, J, Mellor, J, Proudfoot, N

Development of selectable markers for mitochondrial transformation in yeast by Ho, Mei San, Toh, Wai Keat, Chang, Shu Ting, Yap, Kiao Huio, Loh, Pek Chin, Namasivayam, Parameswari, Wong, Hann Ling

“…This study aimed to explore the feasibility of employing these AbR markers for selecting transformed yeast cells. Additionally, the usefulness of these AbR genes as selectable markers for yeast mitochondrial transformation was assessed by fusing a mitochondrial targeting signal (MTS) to the N-terminus of these genes using overlapping PCR. …”
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Fast Instruction Selection for Fast Digital Signal Processing by Root, Alexander J, Ahmad, Maaz Bin Safeer, Sharlet, Dillon, Adams, Andrew, Kamil, Shoaib, Ragan-Kelley, Jonathan

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FAST: An Optimization Framework for Fast Additive Segmentation in Transparent ML by Liu, Brian, Mazumder, Rahul

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Yeast-laden Hydrogel Capsules for Scalable Trace Lead Removal from Water by Gokhale, Devashish, Stathatou, Patritsia M., Athanasioud, Christos E., Doyle

“…The yeast-laden capsules exhibit an uptake capacity of 21 mg g−1, comparable to free yeast under the same conditions, reaching equilibrium within the first 5 minutes of contact. …”
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Population Balance Model-based Dynamic Multiobjective Optimization of Yeast Cell Manufacturing by Ganko, Krystian, Berliner, Marc D, Rhyu, Jinwook, Wu, Liang, Braatz, Richard D, Leyffer, Sven

“…We investigate a continuous yeast cell manufacturing process that produces sustained oscillations in outputs under nominal conditions. …”
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Insight into actin organization and function in cytokinesis from analysis of fission yeast mutants by Subramanian, Dhivya, Huang, Junqi, Sevugan, Mayalagu, Robinson, Robert C., Balasubramanian, Mohan K., Tang, Xie

“…The actin cytoskeleton of the fission yeast, Schizosaccharomyces pombe, has been extensively characterized and contains structures analogous to those in other cell types. …”
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Exploring the potential of Nyonya Kuih residues as the substrate for yeast cell protein production by Pei, Ling Tang, Wei, Herng Wong

“…Despite the yeast cells’ yield (by dry cell weight) from molasses fermentation being 19% and 11% higher than those from KT and KL hydrolysates, respectively, KT and KL hydrolysates were proven superior due to the significantly higher (p<0.05) crude protein content in yeast cell produced from both hydrolysates. …”
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Implementation of fast SLAM on UGV by Cheong, Samuel Min Ting

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Characterization of nickel-titanium based thin films crystallized by fast and ultra-fast annealing methods by Motemani Sharabiani, Yahya

“…The fast crystallization process allows the precise control of microstructure in a lower thermal budget (product of processing temperature and time). …”
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The yeast FIT2 homologs are necessary to maintain cellular proteostasis and membrane lipid homeostasis by Yap, Wei Sheng, Shyu Jr., Peter, Gaspar, Maria Laura, Jesch, Stephen A., Marvalim, Charlie, Prinz, William A., Henry, Susan A., Thibault, Guillaume

“…While LD biogenesis and basal endoplasmic reticulum (ER) stress-induced unfolded protein response (UPR) remain unaltered in ScFIT mutants, SCS3 was found to be essential for proper stress-induced UPR activation and for viability in the absence of the sole yeast UPR transducer IRE1 Owing to not having a functional UPR, cells with mutated SCS3 exhibited an accumulation of triacylglycerol within the ER along with aberrant LD morphology, suggesting that there is a UPR-dependent compensatory mechanism that acts to mitigate lack of SCS3 Additionally, SCS3 was necessary to maintain phospholipid homeostasis. …”
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Yeast9: a consensus genome-scale metabolic model for S. cerevisiae curated by the community by Zhang, Chengyu, Sánchez, Benjamín J., Li, Feiran, Cheng, Eiden Wei Quan, Scott, William T., Liebal, Ulf W., Blank, Lars M., Mengers, Hendrik G., Anton, Mihail, Rangel, Albert Tafur, Mendoza, Sebastián N., Zhang, Lixin, Nielsen, Jens, Lu, Hongzhong, Kerkhoven, Eduard J.

“…Genome-scale metabolic models (GEMs) can facilitate metabolism-focused multi-omics integrative analysis. Since Yeast8, the yeast-GEM of Saccharomyces cerevisiae, published in 2019, has been continuously updated by the community. …”
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Fast Broadcast in Highly Connected Networks by Chandra, Shashwat, Chang, Yi-Jun, Dory, Michal, Ghaffari, Mohsen, Leitersdorf, Dean

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Fast prototyping of neural network application by Liu, Yingmin

“…To solve the problem of fast training and classification, hardware accelerator is proposed. …”
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Fast numerical methods for image restoration by Shi, Juan

“…The other one is graph cuts technique for fast solving higher order curvature based models. …”
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Marketing strategies of fast food chains by Chia, Hui Meei

“…The motivating force that spearheaded us to take on this project ts the inherent competitiveness of the fast food industry. We are more curious, rather than fascinated, by how the restaurants remain competitive despite the tense competition in the market. …”
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Genetic, genomic and systems biology analysis of adaptive evolution of budding yeast to the deletion of essential genes by Liu, Gaowen

“…However previous studies in budding yeast challenged this view by showing that mutants deleted of essential or non-essential genes are capable of accumulating compensatory mutations and resume viability, suggesting that essentiality is not an intrinsic gene property but depends on the cellular capacity to evolve. …”
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Proteomics analysis of metabolically engineered yeast cells and medium-chained hydrocarbon biofuel precursors synthesis by Li, Xiang, Chen, Wei Ning

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Identifying antifungal resistance mechanisms and modes of action using SAturated Transposon Analysis in Yeast (SATAY) by Karadzas, M

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Molecular characterization of Bacillus, lactic acid bacteria and yeast as potential probiotic isolated from fermented food by Cissé, Hama, Kagambèga, Boureima, Sawadogo, Adama, Tankoano, Abel, Sangaré, Gaston, Traoré, Yves, Ouoba, Irene, Savadogo, Aly

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