Kazuki (Kaz) Nagashima @MicrobiomeTcell Twitter profile | Pikagi

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1,064

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Assistant Professor @Harvard @MCB_Harvard . T cell, Microbiome, and diet. 永島一樹 🇯🇵🇺🇸

Boston

https://t.co/IzkfP8agSU

Joined May 2020

Don't wanna be here? Send us removal request.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

Delighted to announce that I will be joining the Department of Molecular & Cellular Biology at Harvard University @MCB_Harvard @Harvard as an Assistant Professor this August: The Nagashima lab is interested in immunology, microbiome, and diet. We attempt

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Welcome to Kazuki Nagashima and Marissa Gredler to MCB - Harvard University - Department of...

Two new faculty, Kazuki Nagashima and Marissa Gredler, will join MCB as Assistant Professors in the upcoming months. Kazuki Nagashima studies interactions between immunology, the microbiome, and...

www.mcb.harvard.edu

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Thrilled to see our #microbiome #immunology paper is out in @Nature ! We mapped T cell receptor specificity to the gut microbiome at the level of a single TCR versus a single strain. Here are highlights of our findings.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Do you wonder how the gut T cell receptors recognize the gut microbiome at the repertoire level, and how we use the knowledge for building new bacterial therapeutics? I sure do, and I’m excited that @NIH fund my project on this question with a K99 award!!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 months

Sharing that my essay on intestinal T cells has been published in @ScienceMagazine : Grateful for the support from @mfgrp and the recognition by NOSTER & the Science Microbiome Prize. 🙏 Thank @ClareLou9 for editing. 1/2

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Blockbuster T cells in the gut: A high-resolution view of immune modulation by the gut microbiome...

A high-resolution view of immune modulation by the gut microbiome is presented

www.science.org

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 months

The Nagashima lab @MCB_Harvard seeks an ambitious postdoc in immunology, microbiome and diet. Apply here👇 if you want to work on T cell biology in an incredible environment. @Harvard #immunology #microbiome #postdoc

Postdoctoral Fellow

The Nagashima lab seeks an ambitious postdoctoral fellow in the areas of immunology, microbiome, and diet.

academicpositions.harvard.edu

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

I am grateful for this recognition🙏

@MCB_Harvard

MCB_Harvard

3 months

Kazuki Nagashima Wins NOSTER-Science Microbiome Prize @MicrobiomeTcell @mfgrp @RachelleGaudet @Harvard @BalskusLab

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

I am delighted to share that my research website is now live! I would greatly appreciate your feedback or suggestions.

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Kazuki Nagashima Lab | Harvard University

Nagashima Lab is located in the Department of Molecular & Cellular Biology at Harvard University. The research focuses on human immunology, microbiome, and diet.

www.kazuki-nagashima.com

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Exciting news! I've just received my U.S. green card! Big thanks to the USA for granting me the opportunity to pursue my research career here. Now, I'm ready to give back and make some groundbreaking discoveries! 🎉🇺🇸🔬 #Science #Research #USGreenCard #Discoveries #Grateful

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Fascinating work from Mucida Lab @danmucida Dietary protein shapes the profile and repertoire of intestinal CD4+ T cells

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Dietary protein shapes the profile and repertoire of intestinal CD4+ T cells

The intestinal immune system must tolerate food antigens to avoid allergy, a process requiring CD4+ T cells. Combining antigenically defined diets with gnotobiotic models, we show that food and...

www.biorxiv.org

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Thrilled to introduce our new preprint. Microbiome-T-cell interactions at the single strain versus single TCR resolution.

@biorxivpreprint

bioRxiv

@biorxivpreprint

2 years

Mapping the T cell repertoire to a complex gut bacterial community #bioRxiv

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 months

The Nagashima lab @MCB_Harvard seeks a motivated lab technician in immunology. Apply here to work on microbiome science in a productive, inclusive environment. Lab tech: We are also continuing a search for a talented postdoc: Postdoc:

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Fascinating paper from Dan Littman lab. Niche-specific macrophage loss promotes skin capillary aging

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Niche-specific macrophage loss promotes skin capillary aging

All mammalian organs depend upon resident macrophage populations to coordinate repair processes and facilitate tissue-specific functions[1][1]–[3][2]. Recent work has established that functionally...

www.biorxiv.org

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Our work is featured @ImmunoPodcast at 19:34！

@ImmunoPodcast

Immunology Podcast

1 year

This week: Dr. Kazuki Nagashima ( @MicrobiomeTcell ) and others in Dr. Michael Fischbach's ( @mfgrp ) lab mapped #Tcell receptor specificity to the gut microbiome! 📑 @Nature paper: 💬 Discussion:

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Excited to see my collaboration published @ScienceMagazine . Congratulations @mfgrp @yerinchen ! Engineering a skin commensal to specifically target cancer cells - huge potential for future microbiome therapy.

@mfgrp

Michael Fischbach

2 years

Today we report that an engineered skin bacterium, swabbed gently on the head of a mouse, can unleash a potent immune response against a distant tumor. @yerinchen led the charge w/ help from @DjenetBousbaine , @VeinbachsA , @BelkaidLab . @ScienceMagazine 1/26

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

8 months

Thank you for this invitation! I am looking forward to seeing Japanese scientists at UCSF.

@J_BayArea

Japanese SF Bay Area Seminar

8 months

3月15日6pm(PDT)に開催のセミナーでは、スタンフォード大学の永島一樹博士に『人工腸内細菌叢を用いたT細胞誘導機構の解明とアメリカでのキャリアパス』についてご講演いただきます（ハイブリッド形式）。準備の都合上、3月11日までに以下のリンクより参加登録して下さい。

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

9 months

It was my pleasure to meet immunologists @StanfordRheum @StanfordMed . It's fascinating how the microbiome and immunology intersect.

@StanfordRheum

Stanford Rheumatology

9 months

We recently had the pleasure to host Dr. Kazuki Nagashima @MicrobiomeTcell at Stanford Rheumatology Grand Rounds, who gave a riveting talk on "Mapping the T-cell Repertoire to a Model System of the Human Gut Microbiome" @stanfordmed #immunology #microbiome #Immunology

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

10 months

Many thanks, @iannisaifantis1 @NYUGSOM_Path for this invitation🙏 Looking forward to seeing you all.

@iannisaifantis1

Iannis Aifantis

@iannisaifantis1

10 months

Excited to host Dr. Nagashima ( @MicrobiomeTcell ) from @StanfordBioE this tuesday @NYUGSOM_Path and @nyugrossman ...

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@MCB_Harvard @RachelleGaudet @mlgredler @DulacLab @Harvard @TUS_PR_en @mfgrp @denic_lab @fleshball @NBellono @redmakeda @VMurthyLab @MaxPrigozhin @rnett42 @sharadramanath1 @RivasElenaRivas I am grateful for this incredible opportunity🙏 Exciting science is ahead!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Thrilled to share this remarkable masterpiece from @CellCellPress ! The deletion of specific strains from the gut microbiome has a significant effect on the entire microbial community. Grateful for the opportunity to make a humble contribution to this groundbreaking discovery.

@mfgrp

Michael Fischbach

1 year

Today we report that removing a strain from a complex microbiome can ripple through the community in an unpredictable (& useful) way. @MinWang_18 was the mastermind, with help from Mark Brown, Stan Hazen & crew. @CellCellPress 1/25

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Use AlphaFold and predict MHC-peptide-TCR interaction. Deep learning-based structural modeling provides a path to generalizable prediction of TCR:peptide-MHC interaction specificity.

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Structure-based prediction of T cell receptor:peptide-MHC interactions

The regulatory and effector functions of T cells are initiated by the binding of their cell-surface T cell receptor (TCR) to peptides presented by major histocompatibility complex (MHC) proteins on...

www.biorxiv.org

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

The link between microbial carbohydrate metabolism and host insulin resistance. Congratulations @TadT02 !! Very inspiring.

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Gut microbial carbohydrate metabolism contributes to insulin resistance

Nature - Faecal carbohydrates, particularly host-accessible monosaccharides, are increased in individuals with insulin resistance and are associated with microbial carbohydrate metabolisms and host...

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@MCB_Harvard @RachelleGaudet @DulacLab @fleshball @JeeyunC @VMurthyLab @naoshigeuchida @NBellono @mfgrp @Sattely_lab @Harvard @MaxPrigozhin @mlgredler @EvolvingMurray Thank you for introducing me and my research🙏 It's incredibly exciting to join Harvard MCB!!!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

This sums up the paper very well, too well, in fact.

@mfgrp

Michael Fischbach

1 year

Today we report a detailed map of interactions between the immune system and the gut microbiome. @MicrobiomeTcell led the charge w/ help from Aishan Zhao and Kat Atabakhsh. @Nature 1/40

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

😂😂 Today(3/28) is T cell activation day: anti-CD3/CD28 stimulation !!

@BhardwajLab

Bhardwaj Lab

2 years

Happy T cell activation day (3/28)!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Another fantastic work from @jeremiahfaith1 @grahambiota @MatthewSpindl13 ! Immune cell works as a "logic gate" to interpret microbial cues by innate receptors. The circuit of the logic gate is supported by an in vivo/in vitro synthetic biology approach.

@cellhostmicrobe

Cell Host & Microbe

@cellhostmicrobe

2 years

Innate Immune Responses to Human Gut #Microbiota from Phylum to Strain: @MatthewSpindl13 @jeremiahfaith1 examine how innate immune system responds to 277 human gut commensal #bacterial strains. Taxa induce signatures w/predictable immune phenotypes in mice

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Congratulations @AliceCheng107 @mfgrp ! Establishment of a model of human gut microbiome. A valuable tool to test causation in the host phenotype at a strain level across the microbiome. Proud to be a part of a journey.

@mfgrp

Michael Fischbach

2 years

Today we report a new model system for the gut microbiome: hCom2, a defined community of 119 strains. @AliceCheng107 led the charge, with major contributions from Po-Yi Ho, @DrChilennial , and @SunitJain . Co-led by my longtime collaborator KC Huang. 1/22

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

An approach to identify the immunogenic bacterial strains in the setting of a complex microbiota

@biorxiv_immuno

bioRxiv Immunology

@biorxiv_immuno

2 years

Species-specific CD4+ T cells Enable Prediction of Mucosal Immune Phenotypes from Microbiota Composition #biorxiv_immuno

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Feel fortunate to see a historic moment in baseball: Trout vs Ohtani. So proud of both Japan and USA teams.

@WBCBaseball

World Baseball Classic

2 years

Trout vs Ohtani lived up to the HYPE! #WorldBaseballClassic

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 months

@HayanoMotoshi Thank you for hosting my seminar today🙏 Discussion was inspiring!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

"Nature Milestones: T cells" is very informative. What's coming next?

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

First tweet (to my future self) : Never forget love for Science and my family.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

I’m very grateful to Michael Fischbach @mfgrp for his guidance in this project! The time I spent with him to create this project has been always a sparkling chemical reaction, which I am sure has an impact on my future science trajectory beyond this project.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

7, TCR specificity mapping: We co-cultured each TCR cell line with one bacterial strain at a time using DCs. This aims to map TCR clonotypes to a single strain of the gut microbiome.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

I am thankful to the wonderful mentors and collaborators @minwoo_bae @JamieBlum7 , A. Weakley, @SunitJain , X. Meng, @AliceCheng107 , @MinWang_18 , S. Higginbottom, A. Dimas, @pallavimurugkar , @Sattely_lab , James Moon, @BalskusLab I couldn’t have come this far without their help!!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Super interesting work. CAR-TCR + combinations of 13 signaling motifs >> machine learning to predict effective combinations.

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Decoding CAR T cell phenotype using combinatorial signaling motif libraries and machine learning -...

Chimeric antigen receptor (CAR) costimulatory domains derived from native immune receptors steer the phenotypic output of therapeutic T cells. We constructed a library of CARs containing ~2300...

pubmed.ncbi.nlm.nih.gov

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

3, T cell profiles in hCom-colonized mice As a starting point for this project, we immunologically characterized the mice colonized by a complex community hCom1 and hCom2.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 months

The gut microbiome is a highly diverse community, and the interaction of gut T cells with this dynamic commensal community has remained a mystery—until now. We propose "Blockbuster T cells," which recognize a wide variety of commensals, playing a crucial role in gut defense. 2/2

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

2, Model system of the gut microbiome: In our previous study led by @AliceCheng107 , we established a model system of the gut microbiome with ~100 bacterial strains. This system enables to examine the gut microbiome at the strain level.

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Design, construction, and in vivo augmentation of a complex gut microbiome

The development of a complex community of bacteria that represents the most common taxa from the human microbiome enables further mechanistic study of genes, pathways, and species that influence host...

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@Caroline_Bartma @NIH Thank you, Caroline!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

@gutyogutyounko I am daily beaten by tons of negative data. Your proactive mindset "自分を奮い立たせてる" is quite impressive and encouraging to me. If looked from outside, it is prestigious/honored to be a member of the Mizushima lab with the ERATO grant.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Our data suggest that T cell clonotypes that recognize broadly conserved antigens undergo positive selection, providing single-clonotype defense against a swath of strains.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

8, T cell antigen - conserved substrate-binding protein (SBP): To explore the molecular mechanism, we searched for a bacterial antigen for the TCR specific to multiple strains by constructing a shotgun genomic library from the strains.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

We discovered a single target of the T cells, which is a conserved substrate-binding protein (SBP) from an ABC transport system in Firmicutes. The SBP is widely conserved across Firmicutes and is highly expressed, even in mouse microbiome strains and random human stool samples.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Pray for Japanese citizens in Hokkaido🙏😢

@BNODesk

BNO News Live

2 years

Japanese TV showing warnings for people in Hokkaido to seek shelter due to North Korean missile launch

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

Fascinating paper. This will echo with our work once these get published.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Looking forward to sharing my research results with all of you!!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

1, Background: The gut microbiome has been indicated in various diseases. Understanding and controlling microbiome-specific immune responses could be a promising therapeutic approach. However, it has been unknown how the gut T cells respond to a highly diverse gut microbiome.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

Huge shoutout to my mentor, Michael Fischbach @mfgrp , whom I worked together to craft this project. I am deeply grateful to a co-mentor, Dan Mucida @danmucida , for insightful suggestions on immunology analysis.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@DulacLab @MCB_Harvard I’m so excited to be your colleague🙏

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

6, Identifying microbiome-responsive TCRs: To prove the one-to-many TCR-to-strain relationship, we used a combination of single-cell RNA-seq and TCR-seq. We constructed TCR-expressing cell lines to map TCR specificity against each bacterial strain in the community.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@JeeyunC @MCB_Harvard @Harvard Thank you, Jeeyun! I am super excited to join you☺️

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 months

@ScienceMagazine Thank you so much for this recognition🙏

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@KotaroTsuboyama @Nature @grocklin Congratulations, Tsuboyama-kun!!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 years

@TatsuyaTsukui @nih_nhlbi Congratulations!! Truly amazing!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@benebio3D @HostMicrobeLit @Nature Haha, that's a great plan!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@Soumees @MCB_Harvard @Harvard Thank you so much, DrSouZ!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@SeanPaulSpencer @MCB_Harvard @Harvard Thank you so much, Sean! I hope our paths will cross in Boston soon. Best luck in your job search!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

@danmucida Thanks, Dan. Your work is always inspiring and insightful!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@theophiluss__ @MCB_Harvard @Harvard Thank you so much, Theophilus!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

10, Therapeutic opportunities: The discovery of a conserved T cell epitope opens new therapeutic opportunities. By altering the composition of the gut bacterial community, it may be possible to regulate T regulatory cells (pTreg) and effector T cells in the SBP-specific pool.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@evanbordt @MCB_Harvard @Harvard Thank you! I am excited to join the science community in Boston.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

@kei_hayashi_0v0 Which restaurant? I will give it a shot if DoorDash works for them.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@TadT02 @MCB_Harvard @Harvard 数少ない心残りがTadashiに最後に会えなかったことです😢うちの嫁もミドリさんに最後会いたかったと言ってました！ちな��にBayareaにはいつ戻ってくるんですか？

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

This is sweet:)

@krispykreme

Krispy Kreme

4 years

We'd like to show sweet support to those who have received the COVID-19 Vaccine. Starting today, bring your Vaccine Card to a Krispy Kreme shop and get 1 FREE Original Glazed doughnut. No chance to get your Vaccine? This will run thru end of 2021. Info at

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@sabeerawa05 @MCB_Harvard @Harvard Thank you so much, Sabeer!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@AlmaTherapeutic @Nature SBP is an extracellular lipoprotein that is a component of ABC transporter and works as a receptor for sugar for energy uptake, though its function has not been validated experimentally. It's an interesting question if SBP mimics host protein, but we don't have an answer.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@asimtrojan @NIH Thanks, Asim. Yes, I am looking forward to sharing my findings.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@benebio3D @HostMicrobeLit @Nature Thanks, Benedikt. I could be wrong, but did we meet at BAMPs at UCSF? Nice to see you again in Twitter!

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

5, One T cell recognizes multiple bacterial strains: The result was intriguing – many strains are reactive to T cells than previously reported. This can only be explained in a scenario where one T cell recognizes multiple bacterial strains simultaneously.

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Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@danmucida @JExpMed Very exciting work! Congratulations, Dan! Also it was great to see you in AAI. Please keep in touch🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 month

@CarlaTheNove @UNUniversity It beautifully demonstrates Darwinian selection.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 month

@ClareLou9 Congratulations, Clare!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@kaki_gankai @Nature ありがとうカッキー！もうすぐ留学かな？楽しみだね☺️

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@feynman1104 @MCB_Harvard @Harvard Thank you so much, Masatoshi-san! Harvard MCB is full of neuroscientists. Please let me know when you have a chance to visit Cambridge.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

I am grateful for the support from NIH K99/R00 (AI173524) and Human Frontier Science Program Fellowship (LT000493/2018-L).

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

@gutyogutyounko Awesome work!!!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

@kei_hayashi_0v0 これ良い記事ですね。僕も心の準備出来ました　笑

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@TadT02 Thanks, Tadashi! How is your family doing? Let's have a coffee chat sometime soon to catch up☺️

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

I am thankful to the wonderful mentors and collaborators @minwoo_bae @JamieBlum7 , A. Weakley, @SunitJain , X. Meng, @AliceCheng107 , @MinWang_18 , S. Higginbottom, A. Dimas, @pallavimurugkar , @Sattely_lab , James Moon, @BalskusLab I couldn’t have come this far without their help!!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@Caroline_Bartma @MCB_Harvard @Harvard Thank you so much, Caroline!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@TadT02 @NIH Thank you, Tadashi! Same to you - looking forward to seeing your work from Justin's lab!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@AjalaOluwaseyi1 @MCB_Harvard @Harvard Thank you so much, Oluwaseyi!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@HYTanaka @MCB_Harvard @Harvard なんて田中氏らしい返信なんだ　笑　一回くらい岡山も行きたいんだけどね！

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@SK40403248 @Nature どうもありがとうございます！紹介されているのも気が付かなかったので助かりました。

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@AsAshraf123321 @MCB_Harvard @Harvard Thank you so much, Ashraf!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@danmucida @MCB_Harvard @Harvard I couldn't achieve this without your help - much appreciated🙏 I look forward to collaborating with you.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

I am grateful for the support from NIH K99/R00 (AI173524) and Human Frontier Science Program Fellowship (LT000493/2018-L)!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@ClareLou9 @MCB_Harvard @Harvard Thank you so much, Clare🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

@LabSilverman Thank you for your kind words, Michael. It was great to see you back in Monterey. I am thrilled to see how you implement hCom with your approach to addressing early gut development.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

@yerinchen @ScienceMagazine Congratulations, Erin!

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@armish1910 Thanks, Archita🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

4 years

@aleyan1988 Alexならここからどんな道であろうと成功するだろうね。それにはなんの疑念もない。しかし、上田先生のそんなえげつなさには憧れてしまう。もし僕もラボを持つという夢が叶ったらえげつないラボ運営したい。

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@YosukeKumamoto @NIH Thank you Kumamoto-san! It was a lot of fun to talk to you in AAI! Looking forward to seeing you again🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@hidetamune さすがとかじゃないですが、ありがとうございます！応募から三年くらいかかりました💦笑

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

2 years

@akproebstel @mfgrp Thank you, AK🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@akproebstel Thanks, AK🙏

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

1 year

@kevsnii @NIH Thanks, Kevin.

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@MicrobiomeTcell

Kazuki (Kaz) Nagashima

@MicrobiomeTcell

3 months

@jinjin_japan Jin, 先日は訪問してくれてありがとう！Jinの会社も勢いあって素晴らしいね！！また次会えるのを楽しみにしてるね〜

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