ManziniLab's profile picture. Ivan Manzini's (@xenofrog) Lab at @jlugiessen focusing on olfactory network formation, function, and regeneration.

Manzini Lab 🐸

@ManziniLab

Ivan Manzini's (@xenofrog) Lab at @jlugiessen focusing on olfactory network formation, function, and regeneration.

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⚠️Our review "Principles of odor coding in vertebrates and artificial chemosensory systems" has been reformatted and included in the January 2022 issue of "Physiological reviews". @physiolrev 👉doi.org/10.1152/physre… It is freely accessible. Have a look at it!

ManziniLab's tweet image. ⚠️Our review "Principles of odor coding in vertebrates and artificial chemosensory systems" has been reformatted and included in the January 2022 issue of "Physiological reviews". @physiolrev
 👉doi.org/10.1152/physre…
It is freely accessible. Have a look at it!

🚨 2 PhD openings! 🧠🐸👃 Join the @ManziniLab to study the olfactory system in #aquatic #vertebrates. We mainly use #amphibians, combining: 🔬 Imaging 👩‍🔬 Cell biology 🐸 Behavior 👉bit.ly/neurophd 🌍 bit.ly/manzinilab Please share! #PhD #neuro #job


Dear all, Sara is a friend and former PhD student of mine. She has been dealing with a malignant brain tumor since 2019. Unfortunately, the tumor recurred for the second time in November. If possible, please help. For more information click this link: gofund.me/ca61ad48


Manzini Lab 🐸 reposted

26 years after Larry Swanson emphasized “the amygdala is neither a structural or functional unit” we used sn-RNAseq to answer the question: “What is the [primate] amygdala?” Check out the preprint 👇 biorxiv.org/content/10.110…

VincentCostaPhd's tweet image. 26 years after Larry Swanson emphasized “the amygdala is neither a structural or functional unit” we used sn-RNAseq to answer the question:

“What is the [primate] amygdala?”

Check out the preprint 👇
biorxiv.org/content/10.110…

Manzini Lab 🐸 reposted

How individual insulin-producing cells in the fruit fly brain work together to produce a concerted response to metabolic demands and internal state changes. elifesciences.org/reviewed-prepr…

eLife's tweet image. How individual insulin-producing cells in the fruit fly brain work together to produce a concerted response to metabolic demands and internal state changes. elifesciences.org/reviewed-prepr…

Manzini Lab 🐸 reposted

The Website of the 16th Göttingen Meeting 2025 is open now: nwg-goettingen.de/2025/default.a… Take the opportunity to enrich the conference with your abstract and actively shape it! The Deadline for Early Registration, Abstract Submission and Stipend Applications is: 10 October 2024.

NeuroforumNWG's tweet image. The Website of the 16th Göttingen Meeting 2025 is open now: nwg-goettingen.de/2025/default.a…

Take the opportunity to enrich the conference with your abstract and actively shape it!

The Deadline for Early Registration, Abstract Submission and Stipend Applications is:

10 October 2024.

Manzini Lab 🐸 reposted

In light of yesterday's #WorldMosquitoDay, check out the recent opinion piece by @lindymcbr and me about mosquitoes as a model for understanding the neural basis of natural behaviors. 🦟🧠🌈#neuroethology #mosquitoes sciencedirect.com/science/articl…


Manzini Lab 🐸 reposted

Olfactory training using nasal inserts more effective due to increased adherence medrxiv.org/cgi/content/sh… #medRxiv


Manzini Lab 🐸 reposted

The schedule with abstracts of all 179 symposium talks, all 42 oral presentations, and all 343 posters is now posted as a new green button at the top left of our home page isot2024.is


Manzini Lab 🐸 reposted

Exciting news in olfactory #research! 👃 An international team of scientists including @StopkaPavel lab 🐁 from our faculty and @BIOCEV_science decoded the #scent code of mice and the role of vomeronasal organ in social #communication . The study was recently published in @eLife

science_charles's tweet image. Exciting news in olfactory #research! 👃
An international team of scientists including @StopkaPavel lab 🐁 from our faculty and @BIOCEV_science decoded the #scent code of mice and the role of vomeronasal organ in social #communication . The study was recently published in @eLife

Amphibian olfactory systems are amazing! 🐸 After transection of the olfactory nerves, the functional recovery is extremely precise and leads to the restoration of olfactory behavior. New publication out in the "European Journal of Neuroscience"!👇 onlinelibrary.wiley.com/doi/10.1111/ej…


Manzini Lab 🐸 reposted

1/5 Inhalation does not improve memory compared to exhalation - A cautionary tale. In the largest study to date (pre-registered, total n=214), we tested memory performance as function of inhalation vs. exhalation onlinelibrary.wiley.com/doi/10.1111/ps…


Manzini Lab 🐸 reposted

Very well deserved Janina!!


Looking forward to read this! 🔝

Here we go again! reviewing calcium-activated chloride channels' contribution to chemical senses! #smell #Taste #ionchannels The physiological roles of anoctamin2/TMEM16B and anoctamin1/TMEM16A i... sciencedirect.com/science/articl…



Manzini Lab 🐸 reposted

Congratulations #AChemS2024 Career Award Winners! 🎉

AchemsInfo's tweet image. Congratulations #AChemS2024 Career Award Winners! 🎉

Manzini Lab 🐸 reposted

Paper alert! We combine modeling and experiments to study “balanced” EI assemblies of co-tuned excitatory and inhibitory neurons in a memory network. TL; DR: EI assemblies suppress “runaway activity” & “runaway correlations” - which interfere w/ memory capacity & discriminability

FrankFishLab's tweet image. Paper alert! We combine modeling and experiments to study “balanced” EI assemblies of co-tuned excitatory and inhibitory neurons in a memory network. TL; DR: EI assemblies suppress “runaway activity” & “runaway correlations” - which interfere w/ memory capacity & discriminability

Computational functions of precisely balanced neuronal assemblies in an olfactory memory network biorxiv.org/cgi/content/sh… #biorxiv_neursci



Manzini Lab 🐸 reposted

Researchers from our Department of Evolutionary Neuroethology including Nanji Jiang, @mknaden1 and @billhansson show in @NatureComms that elevated ozone levels remove mating barriers between Drosophila species and could contribute to global insect decline. ice.mpg.de/471225/PR_Jiang

MPI_CE's tweet image. Researchers from our Department of Evolutionary Neuroethology including Nanji Jiang, @mknaden1 and @billhansson show in @NatureComms that elevated ozone levels remove mating barriers between Drosophila species and could contribute to global insect decline.
ice.mpg.de/471225/PR_Jiang

Manzini Lab 🐸 reposted

Wow! The registrations have been pouring in the last few days. Great that so many 👃🏼& 👅 colleagues are joining us in Reykjavik. If you till didn’t sign up… don’t worry. We’re still open! isot2024.is/registration-i…


Manzini Lab 🐸 reposted

#Review alert! Thrilled to share our new review in Trends in Neuroscience on #cilia in neurons where we dive into cilia diversity and signaling in the sensory and central nervous system. sciencedirect.com/science/articl…

NathalieJuYa's tweet image. #Review alert! Thrilled to share our new review in Trends in Neuroscience on #cilia in neurons where we dive into cilia diversity and signaling in the sensory and central nervous system. sciencedirect.com/science/articl…

Manzini Lab 🐸 reposted

Back-to-back papers: very excited about our latest publication, together with @BehzadIravani, @ArtinArshamian, and @OdorJohan from @karolinskainst sciencedirect.com/science/articl…


Manzini Lab 🐸 reposted

An atlas of the nasal mucosa in mice describes three #TuftCell populations, two of which were previously annotated differently and a third which had not yet been defined. @BrighamWomens @BankovaLora scim.ag/5LY

SciImmunology's tweet image. An atlas of the nasal mucosa in mice describes three #TuftCell populations, two of which were previously annotated differently and a third which had not yet been defined. @BrighamWomens @BankovaLora

scim.ag/5LY

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