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Chi-Huey Wong.
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Scripps Research professor Chi-Huey Wong to receive ACS Alfred Bader Award

Dissociation of the four-part TTR protein. The energy landscape shows stable states toward the bottom and unstable transition states toward the top. In the canonical pathway (red), the tetramer (T) dissociates via a native-like, compact transition state (‡1) into transient dimer intermediates (D) before full dissociation into monomers (M). In the newly discovered alternative pathway (blue), the tetramer dissociates through a more expanded transition state (‡2) directly into monomers. Credit: Jan-Hannes Schäfer, Scripps Research
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Scientists discover a new way that a disease-linked protein comes apart

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  • New method to reveal what drives brain diseases
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    New method to reveal what drives brain diseases

    Scripps Research scientists develop CRISPR screen technology to determine disease mechanism from tissues with accelerated speed.

  • Scripps Research chemists develop new method for making gamma chiral centers on simple carboxylic acids
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    Scripps Research chemists develop new method for making gamma chiral centers on simple carboxylic acids

    C-H activation-based method should speed drug molecule design and diversification.

  • Scripps Research chemist Donna Blackmond elected to the Royal Society of the U.K.
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    Scripps Research chemist Donna Blackmond elected to the Royal Society of the U.K.

    Blackmond’s wide-ranging work has shaped origin of life theories, our understanding of complex organic reaction mechanisms, drug development and much more.

  • Professor emeritus John (Jack) Johnson elected to the National Academy of Sciences
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    Professor emeritus John (Jack) Johnson elected to the National Academy of Sciences

    Johnson’s multi-disciplinary research has been instrumental in shaping our modern understanding of viruses.

  • TIME100 Health list features Scripps Research Executive Vice President Eric Topol
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    TIME100 Health list features Scripps Research Executive Vice President Eric Topol

    New list honors 100 individuals who most influenced global health in 2024.

  • New technique improves T cell-based immunotherapies for solid tumors
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    New technique improves T cell-based immunotherapies for solid tumors

    Scripps Research scientists help T cells more effectively kill solid tumors cells in vitro and in mice by tweaking an existing cancer immunotherapy.

  • New copper-catalyzed C-H activation strategy from Scripps Research
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    New copper-catalyzed C-H activation strategy from Scripps Research

    Two-mode reactions inspired by human detox enzymes offer powerful new tools for drug discovery and optimization

  • Scripps Research chemists devise easier new method for making a common type of building block for drugs
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    Scripps Research chemists devise easier new method for making a common type of building block for drugs

    Scientists transform simple linear amines into saturated heterocycles—ring-shaped structures critical for drug development.

  • Scripps Research study reveals new approach for combating “resting” bacteria
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    Scripps Research study reveals new approach for combating “resting” bacteria

    Blocking long phosphate molecules could eventually help treat chronic infections in which slow-growing bacteria evade typical antibiotics.

  • How a new drug prototype regenerates lung tissue
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    How a new drug prototype regenerates lung tissue

    A new study from Scripps Research and Calibr-Skaggs scientists provides pharmacological proof of concept for an upcoming phase 1 clinical trial.

  • A simple, inexpensive way to make carbon atoms bind together
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    A simple, inexpensive way to make carbon atoms bind together

    A Scripps Research team uncovers a cost-effective method for producing quaternary carbon molecules, which are critical for drug development.

  • Developing a vaccine for the “zombie drug” xylazine
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    Developing a vaccine for the “zombie drug” xylazine

    Scripps Research chemical biologists design an early “proof-of-concept” vaccine that could lead to the first effective treatment of xylazine overdose in people.

  • New enzyme models reveal key disease insights
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    New enzyme models reveal key disease insights

    Scripps Research scientists create near-atomic-level structural models of enzymes associated with autoimmune and inflammatory diseases, including lupus and Alzheimer’s.

  • How blocking a neural receptor responsible for addiction could reduce alcohol use
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    How blocking a neural receptor responsible for addiction could reduce alcohol use

    A Scripps Research team found that a new therapeutic that targets the kappa opioid receptor in the brain may reduce alcohol dependence.

  • How neural inhibition could reduce alcohol use
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    How neural inhibition could reduce alcohol use

    A Scripps Research team shows that suppressing the activity of certain stress neurons may decrease alcohol use—but not anxiety—in comorbid cases of post-traumatic stress disorder and alcohol use disorder.

  • New computational strategy boosts the ability of drug designers to target proteins inside the membrane
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    New computational strategy boosts the ability of drug designers to target proteins inside the membrane

    Customized-design approach could streamline the design of novel proteins targeting the hard-to-access cell membrane region.

  • Using wrist-worn activity trackers to help patients reduce long COVID symptoms
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    Using wrist-worn activity trackers to help patients reduce long COVID symptoms

    New Scripps Research trial aims to validate the use of wearables in guiding participants to effectively monitor mental, physical and emotional exertion—a strategy called pacing.

  • Scripps Research scientists honored with prestigious CZI awards to address diseases tied to aging
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    Scripps Research scientists honored with prestigious CZI awards to address diseases tied to aging

    Christopher Parker and Giordano Lippi are unraveling the metabolic and protein mechanisms, respectively, that go awry in aging and disease—including Alzheimer’s.

  • Scripps Research scientists reveal how first cells could have formed on Earth
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    Scripps Research scientists reveal how first cells could have formed on Earth

    New phospholipid discovery brings researchers closer to understanding how primordial cells emerged during origin of life.

  • How molecular “handedness” emerged in early biology
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    How molecular “handedness” emerged in early biology

    Scripps Research chemists fill a major gap in origin-of-life theories.

  • Snaking toward a universal antivenom
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    Snaking toward a universal antivenom

    Scripps Research scientists discovered antibodies that protect against a host of lethal snake venoms.  

  • Calibr-Skaggs announces expansion of option and license agreement with AbbVie to develop novel cell therapies for solid tumors and autoimmune diseases
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    Calibr-Skaggs announces expansion of option and license agreement with AbbVie to develop novel cell therapies for solid tumors and autoimmune diseases

    Calibr-Skaggs to partner with AbbVie to support discovery of next-generation sCAR-Ts using genetic medicine-based approaches.

  • Scripps Research and Calibr-Skaggs awarded $4.5M from the Helmsley Charitable Trust
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    Scripps Research and Calibr-Skaggs awarded $4.5M from the Helmsley Charitable Trust

    Michael Bollong, Howard Hang and additional researchers will lead projects to uncover new therapeutic options for Crohn’s disease, one of the most common forms of IBD.

  • Re-energizing mitochondria to treat Alzheimer’s disease
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    Re-energizing mitochondria to treat Alzheimer’s disease

    Scripps Research team restored neuron-to-neuron connections in human cells.

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