| Fleming Taylor |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Réthelyi János |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Schuurmans Carol |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Abrams Shaun |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Adli Mazhar |
High throughput genome re-engineering in stem cells to characterize human genes
|
| Adnani Lata |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Ahmad Shiekh Tanveer |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Aifantis Iannis |
Mapping of leukemia and its microenvironment at single cell resolution
|
| Amro Elias |
Preserving Cellular Identity: APOBEC2 Safeguards Cell-Fate Integrity Throughout Differentiation
|
| Apáti Ágota |
Improvement of human stem cell-derived hepatic model by exploiting the potential of FailSafe technology
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Araúzo-Bravo Marcos J. |
A proteomics approach for hunting elusive stemness proteins
|
| Arcuri Sharon |
Biomechanical effectors and epigenetic cues control cell plasticity and differentiation
|
| Bakooshli Mohsen |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Balakrishnan Anjali |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Baldwin Kristin |
Defining and Driving Neuronal Diversity via Reprogramming
|
| Baugh Neil |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Benjamin Joel |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Berthier Juliette |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Bertolo Alessandro |
Development of a stem cell-based therapeutic device for the treatment of pressure injuries in spinal cord injured patients
|
| Beyaz Semir |
regulation of intestinal stem cell differentiation by the coactivator P300
|
| Bianchi Marco |
A Stem Cell Guardian of the Developmental Clock
|
| Biondic Savana |
The Guinea Pig: An alternative small animal model to study early human development
|
| Blau Helen |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Boldrini Maura |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Brand Marjorie |
Cell Fate Decision in Hematopoiesis and Leukemogenesis
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Brevini Tiziana |
Biomechanical effectors and epigenetic cues control cell plasticity and differentiation
|
| Bulut-Karslioglu Aydan |
TET activity propagates cellular memory through embryonic dormancy
|
| Canizo Jesica |
The Guinea Pig: An alternative small animal model to study early human development
|
| Chai Yang |
The interplay among cranial sutures, lymphatics, and brain in craniosynostosis with neurocognitive defects
|
| Chan Jennifer |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Chaudhry Hina W |
Gene and Cell Therapies for Human Cardiac Regeneration
|
| Chen Han |
Fasting-induced lipolysis in dermal adipocytes drives apoptosis of hair follicle stem cells
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Cheng Chia-Wei |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Chera Simona |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Chinchalongporn Vorapin |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Clark Amander |
Stem Cell Models of the Human Germline
|
| Comanita Lacrimioara |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Conte Madison |
Lymphatic Niches instruct Stem Cell Fate Decisions during Tissue Regeneration
|
| Cui Shiyao |
Fasting-induced lipolysis in dermal adipocytes drives apoptosis of hair follicle stem cells
|
| Dapkunas Arvydas |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Dawlaty Meelad |
Molecular and biological implications of the dual functions of Tet enzymes
in pluripotency, lineage specification and development
|
| De Iorio Teresina |
Biomechanical effectors and epigenetic cues control cell plasticity and differentiation
|
| del Sol Antonio |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Di Girolamo Nick |
A biosensor mouse to study plasticity and fate of ocular surface epithelia in limbal stem cell deficiency
|
| Di Gregorio Aida |
A Stem Cell Guardian of the Developmental Clock
|
| Didier Nathalie |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Dilworth F. Jeffrey |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
Role for inflammation in stem-cell mediated repair after acute muscle injury
|
| Doulames Vanessa |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Doyle Andrew |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Drukker Micha |
The human axial stem cell
|
| Dwork Andrew |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| El-Sehemy Ahmed |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Esch Daniel |
A proteomics approach for hunting elusive stemness proteins
|
| Eskiocak Onur |
regulation of intestinal stem cell differentiation by the coactivator P300
|
| Ezhkova Elena |
Epigenetic regulation of skin stem cells from homeostasis to cancer.
Dissecting the signaling-epigenetic axis safeguarding hair follicle stem cell quiescence in the adult skin
|
| Faiz Maryam |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Faralli Herve |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Fleming Taylor |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Flora Pooja |
Dissecting the signaling-epigenetic axis safeguarding hair follicle stem cell quiescence in the adult skin
|
| Forsberg Camilla |
Hematopoietic stem cells from womb to tomb
|
| Friestad Amanda |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Gandolfi Fulvio |
Biomechanical effectors and epigenetic cues control cell plasticity and differentiation
|
| Garrels Wiebke |
Vital labeling of potential naïve pluripotency in a mouse model
|
| Ge Kai |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Gerovska Daniela |
A proteomics approach for hunting elusive stemness proteins
|
| Gervais-Taurel Marianne |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| GHAZALE Hussein |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Gherardi Romain |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Ghila Luiza |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Ghoshal Bibaswan |
a CRISPR screen of somatic cell reprogramming reveals novel biphasic regulation of fate by cell cycle genes
|
| Goto Norihiro |
Dietary methionine restriction rejuvenates aged intestinal stem cell niche
|
| Gouti Mina |
Neuromuscular organoids to model development and disease
Neuromuscular organoids to model development and disease
|
| Graumann Johannes |
A proteomics approach for hunting elusive stemness proteins
|
| Guo Matthew |
a CRISPR screen of somatic cell reprogramming reveals novel biphasic regulation of fate by cell cycle genes
|
| Gur-Cohen Shiri |
Shaping the Lymphatic-Stem Cell Niches in Regeneration and Cancer
Lymphatic Niches instruct Stem Cell Fate Decisions during Tissue Regeneration
|
| Gusev Konstantin |
Compound heterozygous mutation of the CaSR gene causes decreased competence for osteogenic differentiation
|
| Hachmer Sarah |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Haigh Jody |
Role of ZEB proteins in hematopoietic and leukemia stem cells.
|
| Han Vicky |
Lymphatic Niches instruct Stem Cell Fate Decisions during Tissue Regeneration
|
| Hathy Edit |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Hefferon Meghan |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Heilshorn Sarah |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Ho Andrew |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Homolya László |
Improvement of human stem cell-derived hepatic model by exploiting the potential of FailSafe technology
|
| Hou Wenpin |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Hsin Jenny |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Huang Yung-yu |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Huch Meritxell |
Liver organoids to study regeneration and cancer across biological scales
|
| Hyder Iqbal |
Vital labeling of potential naïve pluripotency in a mouse model
|
| Imada Shinya |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Islam Rehnuma |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Jensen Kim |
Guiding intestinal stem cell fate
|
| Jezsó Bálint |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Kan Boris |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Karnavas Theodoros |
A Stem Cell Guardian of the Developmental Clock
|
| Kefi Kaouthar |
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Kerosuo Laura |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Khawaled Saleh |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Kim Jeong Beom |
A proteomics approach for hunting elusive stemness proteins
|
| Kiskinis Evangelos |
Using Artificial Extracellular Matrix Scaffolds to Enhance the Maturation of Human iPSC-Derived Neurons
|
| Klein Sabine |
Vital labeling of potential naïve pluripotency in a mouse model
Plasticity in the Intestinal Crypt
|
| Kontoyiannis Dimitris |
A Stem Cell Guardian of the Developmental Clock
|
| Kotter Mark |
Unraveling complexity: stem cells, deterministic execution of genetic code, and programmed outcomes
|
| Kouklis Panos |
VE-cadherin is expressed transiently in early Isl1+ cardiovascular progenitor cells and promotes cardiac differentiation
|
| Kovalchuk Igor |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Kovaleva Anastasiia |
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
|
| Kozuki Sayaka |
Self-organization of pluripotent stem cells into early embryonic patterns through minimal epigenome editing
|
| Kraft Peggy |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Krasnova Olga |
Compound heterozygous mutation of the CaSR gene causes decreased competence for osteogenic differentiation
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
|
| Kues Wilfried |
Vital labeling of potential naïve pluripotency in a mouse model
|
| Kulakova Karina |
Compound heterozygous mutation of the CaSR gene causes decreased competence for osteogenic differentiation
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
|
| Kundaje Anshul |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Kurrasch Deborah |
Deciphering neural stem cell heterogeneity in the embryonic lateral and third ventricles
|
| Kyba Michael |
Antagonism within the DUX gene family in ZGA gene expression and human disease.
|
| Lafuste Peggy |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Lakadamyali Melike |
Super-resolution imaging of chromatin organization in health and disease
|
| Landau Dan |
Mapping hematopoietic differentiation topologies in somatic evolution
|
| Legøy Thomas |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Leong Hon |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Li Meng-Yen |
Dissecting the signaling-epigenetic axis safeguarding hair follicle stem cell quiescence in the adult skin
|
| Lilienberg Julianna |
Improvement of human stem cell-derived hepatic model by exploiting the potential of FailSafe technology
|
| Liu Chao |
Fasting-induced lipolysis in dermal adipocytes drives apoptosis of hair follicle stem cells
|
| Lodewijk Gerrald |
Self-organization of pluripotent stem cells into early embryonic patterns through minimal epigenome editing
|
| Lorenzo Jose |
Preserving Cellular Identity: APOBEC2 Safeguards Cell-Fate Integrity Throughout Differentiation
|
| Maltabe Violetta |
VE-cadherin is expressed transiently in early Isl1+ cardiovascular progenitor cells and promotes cardiac differentiation
|
| Mandalos Nikolaos |
A Stem Cell Guardian of the Developmental Clock
|
| Mann J |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
A proteomics approach for hunting elusive stemness proteins
|
| Mariani Madeline |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Martin Daniel |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Mashinchian Omid |
TBA - Omid Mashinchian
|
| McLaurin JoAnne |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Medved Victor |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Monti Elena |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Morshead Cindi |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Nagy Andras |
Improving cell therapy safety and efficacy: Lessons from the female germline
Improvement of human stem cell-derived hepatic model by exploiting the potential of FailSafe technology
|
| Naik Shruti |
Adaptive and maladaptive epithelial stem cell responses
|
| Nair Surag |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Nakka Kiran |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Nalbandian Minas |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Neganova Irina |
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
Compound heterozygous mutation of the CaSR gene causes decreased competence for osteogenic differentiation
|
| Nyfeler Nicole |
Development of a stem cell-based therapeutic device for the treatment of pressure injuries in spinal cord injured patients
|
| Ogbogu Ubaka |
Multi-modal analysis of stakeholders' perceptions of and experiences regarding clinical and regulatory aspects of autologous stem cell therapies.
|
| Okawa Satoshi |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Olender Thomas |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Olinger Bradley |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Ozler Kadir |
regulation of intestinal stem cell differentiation by the coactivator P300
|
| Pajanoja Ceren |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Palla Adelaida |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Palmer Theo |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Papavasiliou Fotini |
Preserving Cellular Identity: APOBEC2 Safeguards Cell-Fate Integrity Throughout Differentiation
|
| Park Mijeong |
A biosensor mouse to study plasticity and fate of ocular surface epithelia in limbal stem cell deficiency
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Paschalidis Nikolaos |
VE-cadherin is expressed transiently in early Isl1+ cardiovascular progenitor cells and promotes cardiac differentiation
|
| Pasque Vincent |
Modelling Early Mammalian Embryogenesis with Naïve Pluripotent Stem Cells
|
| Passegue Emmanuelle |
Emergency myelopoiesis and demand-adapted blood production
|
| Patel Shyam |
a CRISPR screen of somatic cell reprogramming reveals novel biphasic regulation of fate by cell cycle genes
|
| Paulo Joao |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Pennarossa Georgia |
Biomechanical effectors and epigenetic cues control cell plasticity and differentiation
|
| Percharde Michelle |
The intersection between chromatin and transposable element regulation in development
|
| Percin Gulce |
Embryonic macrophages regulate bone marrow microenvironment for HSC pool size.
|
| Perlingeiro Rita |
Understanding skeletal muscle engraftment and maturation from pluripotent stem cells
|
| Petropoulos SOPHIE |
The Guinea Pig: An alternative small animal model to study early human development
|
| Póti Ádám |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Pourquie Olivier |
Deconstructing the development of the human musculo-skeletal system in vitro
|
| Prokopchuk Oleksandr |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Pyle April |
Progenitors and stem cells regulate different functional states in human skeletal muscle
|
| Rando Thomas |
Cell fate changes during muscle regeneration are facilitated by the methyltransferase KMT2D
|
| Ravnanger Eilen |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| Relaix Frederic |
PAX3 Orchestrates Developmental Trajectories During Early Mouse Organogenesis Through Evolutionarily Conserved and Lineage-Specific Gene Regulatory Networks
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Remboutsika Eumorphia |
A Stem Cell Guardian of the Developmental Clock
|
| Richardson Alex |
A biosensor mouse to study plasticity and fate of ocular surface epithelia in limbal stem cell deficiency
|
| Rivera Lea |
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Robinson Daniel |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Rodriguez Tristan |
A Stem Cell Guardian of the Developmental Clock
|
| Rosoklija Gorazd |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Rotini Alessio |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Saleh fatima |
Adipose derived stem cells as a potential therapy for obesity and its associated comorbidities
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Salucci Sara |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Sander Maike |
Insights into diabetes from stem cell islet organoids and single-cell genomics
|
| Santos Silvia |
Our first choices - decoding signals through developmental transitions
|
| Sanvito Francesca |
A Stem Cell Guardian of the Developmental Clock
|
| Schiffmacher Andrew |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Schöler Hans R. |
A proteomics approach for hunting elusive stemness proteins
|
| Schuurmans Carol |
Plagl1 is a gatekeeper of Müller glial alertness in the early postnatal retina
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Selokar Naresh |
Vital labeling of potential naïve pluripotency in a mouse model
|
| Shariati Ali |
Self-organization of pluripotent stem cells into early embryonic patterns through minimal epigenome editing
|
| Shin Heaji |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Sissoko Chieck |
Multi-Omics Profiling of the Human Hippocampus neurogenic niche in neurotypical and depressed subjects
|
| Snyder Evan |
Viewing cognitive disorders as neural ‘network’opathies’ that are druggable – a stem cell-based approach
|
| Sopova Yuliya |
Compound heterozygous mutation of the CaSR gene causes decreased competence for osteogenic differentiation
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
|
| Srivastava Deepak |
Cellular reprogramming approaches for heart disease
|
| Stamou Panagiota |
A Stem Cell Guardian of the Developmental Clock
|
| Stefanovic Bojana |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
|
| Stelzer Yonatan |
Intracellular, Temporal and Phenotypic Dissection of Mammalian Gastrulation
|
| Stettler Olivier |
Sympathetic innervation modulates the perivascular muscle stem cell niche through Angiopoietin-1 to regulate skeletal muscle homeostasis and repair.
|
| Stoyanov Jivko |
Development of a stem cell-based therapeutic device for the treatment of pressure injuries in spinal cord injured patients
|
| Su Shiqi |
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Subhash Santhilal |
regulation of intestinal stem cell differentiation by the coactivator P300
|
| Suhar Riley |
Combinatorial hiPSC-neuron and engineered biomaterial transplantation therapy to treat chronic spinal cord injury
|
| Sujanthan Sajeevan |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Szüts Dávid |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Taglietti Valentina |
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Tajbakhsh Shahragim |
Skeletal muscle stem and niche cell dynamics
|
| Tak Benjamin |
Generation and characterization of ventral spinal neurons derived from axial stem cells
|
| Tan Kok Leong |
Therapeutic Applications Of Adipocyte-derived Stem Cells
|
| Tapia Natalia |
A proteomics approach for hunting elusive stemness proteins
|
| Tasdogan Alpaslan |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Tiret Laurent |
Thyroid-stimulating hormone receptor signaling restores skeletal muscle stem cell regeneration in rats with muscular dystrophy
|
| Topacio Ben |
Self-organization of pluripotent stem cells into early embryonic patterns through minimal epigenome editing
|
| Topal Tugba |
Engineered extracellular matrices facilitate brain organoids from human pluripotent stem cells
|
| Tordai Csongor |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Touahri Yacine |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Trcka Dan |
a CRISPR screen of somatic cell reprogramming reveals novel biphasic regulation of fate by cell cycle genes
|
| Tussiwand Roxane |
Dntt expression reveals developmental hierarchy and lineage specification of hematopoietic progenitors.
|
| Unger Lucas |
Human induced pluripotent stem cells as a model for environmental impact on HNF1A-MODY diabetes
|
| van Berlo Jop |
Endoglin inhibits cardiac myocyte proliferation and cardiac regeneration
|
| Vandal Katherine |
The Guinea Pig: An alternative small animal model to study early human development
|
| Vasan Lakshmy |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Vasileva Giomar |
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
|
| Vincze Katalin |
In vitro modelling of Schizophrenia: investigating the role of ZMYND11in neural differentiation
|
| Vivar Sophia |
Lymphatic Niches instruct Stem Cell Fate Decisions during Tissue Regeneration
|
| W. Meckelmann Sven |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
|
| Wallace Valerie |
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
|
| Wang Hongmei |
Deciphering the primate embryonic and extraembryonic development
Spatial-omic revelations in skeletal muscle regeneration and aging
Prostaglandin E2 surmounts aged muscle stem cell regenerative dysfunction and restores neuromuscular connectivity leading to increased strength
|
| Waskow Claudia |
Embryonic macrophages regulate bone marrow microenvironment for HSC pool size.
|
| Wernig Marius |
MICROGLIA REPLACEMENT FOR NEURODEGENERATIVE AND NEUROINFLAMMATORY DISEASE
|
| Wettstein Reto |
Development of a stem cell-based therapeutic device for the treatment of pressure injuries in spinal cord injured patients
|
| Wrana Jeff |
a CRISPR screen of somatic cell reprogramming reveals novel biphasic regulation of fate by cell cycle genes
|
| Wu Hao |
Zika virus targets human trophoblast stem cells and prevents syncytialization in placental trophoblast organoids
Roles of Pax7 in Adult Muscle Satellite Cells
An aggregation of human embryonic and trophoblast stem cells reveals the role of trophectoderm on epiblast differentiation
|
| Wysocka Joanna |
DNA-guided transcription factor cooperativity shapes embryonic mesenchyme
|
| Xu Yanhong |
Neurulation of the cynomolgus monkey embryo achieved from 3D blastocyst culture
|
| Yazejian Rita |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Yilmaz Omer |
Post-fast refeeding enhances intestinal stem cell-mediated regeneration and tumorigenesis through mTORC1-dependent polyamine synthesis
Dietary Control of Stem Cells in Physiology and Disease
Dietary methionine restriction rejuvenates aged intestinal stem cell niche
|
| Zainul Zarin |
Maintenance of pluripotency-like signature in the entire ectoderm leads to
neural crest stem cell potential
|
| Zandstra Peter |
Engineering Stem Cell Fate and Function
|
| Zhai Jinglei |
Primate embryo gastrulation and early organogenesis
|
| Zhang Bing |
Fasting-induced lipolysis in dermal adipocytes drives apoptosis of hair follicle stem cells
|
| Zhao Cheng |
The Guinea Pig: An alternative small animal model to study early human development
|
| Zhuk Anna |
Unlocking the Door to New Osteoporosis Therapies: Uncovering the role of the genetic mutations in G-Protein coupled receptors.
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| Zinyk Dawn |
Overcoming Neuronal Reprogramming Barriers as a Novel Therapeutic Strategy for ALS
Oligodendroglioma cells modulate tumor growth via biogenesis of exosomes with growth-inhibitory properties
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