Midnolin Domain

Identification of the Ubiquitinlike Domain of Midnolin as a New

Identification of the ubiquitinlike domain of midnolin as a new

PDF Identification of the Ubiquitinlike Domain of Midnolin as a New

Identification of the Ubiquitinlike Domain of Midnolin as a New

Figure 2 from Identification of the Ubiquitinlike Domain of Midnolin

Identification of the Ubiquitinlike Domain of Midnolin as a New

Identification of the ubiquitinlike domain of midnolin as a new

Full article Molecular Function of Midnolin and Its Relevance to

Emerging roles of Midnolin in Cancer Parkinsons Disease and

Comprehensive Analysis Reveals Midnolin as a Potential Prognostic

Transcriptome Analysis Reveals That Midnolin Regulates mRNA Expression

Comprehensive Analysis Reveals Midnolin as a Potential Prognostic

Midnolin Correlates With AntiTumour Immunity and Promotes Liver Cancer

KaplanMeier survival curves show that midnolin expression in

Midnolin Correlates With AntiTumour Immunity and Promotes Liver Cancer

Midnolin is a confirmed genetic risk factor for Parkinsons disease

Midnolin Ubiquitination is Required for its ProteasomeMediated

Midnolin Correlates With AntiTumour Immunity and Promotes Liver Cancer

Viable mutations of mouse midnolin suppress B cell malignancies

Comprehensive Analysis Reveals Midnolin as a Potential Prognostic

Figure 1 from A physical origin for functional domain structure in

Schematic representation of the domain compositions of the 21 proteins

The Modular Organization of Domain Structures Insights into Protein

DomIns a web resource for domain insertions in known protein

The midnolinproteasome pathway catches proteins for ubiquitination

Structural basis for the midnolinproteasome pathway and its role in

非泛素化 Midnolin-蛋白酶体降解 “新“ 机制 - MedChemExpress-CSDN博客

Midnolin MedChemExpressCSDN

Structural insights into the ubiquitinindependent midnolinproteasome

Structural basis for the midnolinproteasome pathway and its role in

Structural insights into the ubiquitinindependent midnolinproteasome

《科学》重磅！哈佛团队发现非泛素的全新蛋白降解机制，有望开启崭新疗法新篇章 - 知乎

Midnolinproteasome pathway for protein degradation Jin 2023

The midnolinproteasome pathway catches proteins for ubiquitination

Structural basis for the midnolinproteasome pathway and its role in

Structural insights into the ubiquitinindependent midnolinproteasome

The midnolinproteasome pathway catches proteins for ubiquitination

Midnolin

Structural insights into the ubiquitinindependent midnolinproteasome

Midnolin

Structural insights into the ubiquitinindependent midnolinproteasome

Midnolin

The midnolinproteasome pathway catches proteins for ubiquitination

Targeted degradation of cMyc through the midnolinproteasome pathway

Structural dynamics of the midnolinproteasome during ubiquitin

Protein pivotal for Bcell cancers gets a closer look Newsroom UT

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

Mechanism Degrades Proteins Crucial for Brain Immunity Mirage News

A New PrecedentAI Gets the American Nobel Prize in Medicine

Full article Midnolin a Genetic Risk Factor for Parkinsons Disease

Singlecell sequencing and transcriptome analysis explored changes in JIR

Science：重大突破！首次实现核蛋白非泛素化降解，midnolin蛋白横冲出世@MedSci

SciencemidnolinMedSci

Science

The midnolinproteasome pathway catches proteins for ubiquitination

Midnolin

RCSB PDB 22MM Structure of human 26S proteasome complexed with

Full article Midnolin a Genetic Risk Factor for Parkinsons Disease

MIDN is necessary for parkin expression in PC12 cells a MIDN

RCSB PDB 9U4M Focused refinement of 19S in the substrateengaged

Midnolin MedChemExpressCSDN

RCSB PDB 9UF8 The cryoEM structure of 26S proteasomeMidnolin

Science

American Journal of PhysiologyGastrointestinal and Liver Physiology

RCSB PDB 9BV1 M2A MidnolinProteasome translocating

RCSB PDB 9UG9 The cryoEM structure of 26S proteasomeMidnolin

RCSB PDB 9UF8 The cryoEM structure of 26S proteasomeMidnolin

Full article Midnolin a Genetic Risk Factor for Parkinsons Disease

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

RCSB PDB 9UF8 The cryoEM structure of 26S proteasomeMidnolin

The midnolinproteasome pathway catches proteins for ubiquitination

cryoelectron microscopy Archives Dallas Innovates

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

RCSB PDB 9MBQ Substrateengaged human 26S proteasome bound to

RCSB PDB 9MBP Substrateengaged human 26S proteasome bound to

Full article Midnolin a Genetic Risk Factor for Parkinsons Disease

BioCentury Midnolinproteasome pathway plus inhibitory receptor on T

RCSB PDB 9M2W The cryoEM structure of 26S proteasomeMidnolin

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

New mechanism of nuclear protein degradation iNEWS

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

Science Midnolin

RCSB PDB 9BUI M1A MidnolinProteasome with Ubl

Midnolin MedChemExpressCSDN

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

RCSB PDB 9MBP Substrateengaged human 26S proteasome bound to

RCSB PDB 9U3L Substrateengaged human 26S proteasome bound to

RCSB PDB 9WBG Structure of human 26S proteasome complexed with

Organization of some multidomain proteins involved in Download

Assembling multidomain protein structures through analogous global

PROTEINS Structure Function and Bioinformatics Protein Science

Full article Mosaic selfsimilarity logic and biological attraction

Global view of the protein universe PNAS

Methods Muscle Physiology and Disease Research

Folding pathway of a multidomain protein depends on its topology of

Frontiers Structural and functional insights from the sequences and

Illustration of the structural domains of the proteins and the

A amino acid sequence alignment of crystallin domains studied

Special Issue Molecular Dynamics Simulations and Structural Analysis

Uncovering protein function from classification to complexes PMC

Uncovering protein structure PMC

Midnolin

Midnolin and CBX4

Protein Domain

Midnolin Proteasome Pathway

Domain Structure

Domain and Structure of Nin Like Proteins

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