Marc d'Alarcao

San Jose State University

Affiliations

College of Graduate Studies

Report a Title IX Complaint

NoneMarc D'alarcao is currently serving as a College Of Graduate Studies faculty at San Jose State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Marc d'Alarcao

San Jose State University

You can click a keyword to filter the displayed items

biochemistry cell biology pharmacology medicinal chemistry chemistry carbohydrate chemistry glycobiology bioorganic chemistry lipids metabolism organic synthesis chemical synthesis cell metabolism metabolic regulation natural product research cell death organic process research glycosylation apoptosis natural product synthesis rat adipocytes enzyme inhibition antioxidants pharmacognosy food chemistry future medicinal chemistry peptide science carbohydrate polymer cellular physiology molecular metabolism cellular biochemistry diabetes therapies diabetic medicine phytopharmacology cell adhesion inhibitory activity enantioselective synthesis polysaccharides lipid synthesis insulin signaling diabetes mellitus inorganic compounds inorganic synthesis coordination complex organometallic catalysis molecular complexes breast oncology anti-cancer agents drug targeting synthesis methods heterocycle chemistry synthetic chemistry competitive inhibitors natural flavonoids cellular toxicity mammalian cell surfaces cellular adhesion unnatural substrates sialidase activity jojoba bean disaccharide inositol glycans biological activity total synthesis galactosaminyl d-chiro-inositols extracellular activation acylated inositol glycans insulin-mimicking bioactivities

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sialidases as Regulators of Bioengineered Cellular Surfaces. Glycobiology (2015)

Cristina Y ZamoraMatthew J RyanMarc d'AlarcaoKrishna Kumar

cell biologyglycobiologycellular surfacesbiological engineering

Insulin-Mimicking Bioactivities of Acylated Inositol Glycans in Several Mouse Models of Diabetes With or Without Obesity. PLoS ONE (2014)

diabetes technologycell metabolismmetabolic regulationbiochemistryinsulin-mimicking bioactivitieslipidsdiabetes researchacylated inositol glycansglycobiologydiabetesdiabetes mellituscell biologymetabolismseveral mouse modelsphysiology

Total Synthesis of Trifluorobutyryl-Modified, Protected Sialyl Lewis X by a Convergent [2+2] Approach. Tetrahedron Letters (2014)

Gizem AkçayJohn Y. RamphalMarc d’AlarcaoKrishna Kumar

organic synthesismedicinetotal synthesis

Fluorogenic Sialic Acid Glycosides for Quantification of Sialidase Activity Upon Unnatural Substrates. Bioorganic & Medicinal Chemistry Letters (2013)

Cristina Y. ZamoraMarc d’AlarcaoKrishna Kumar

medicinal chemistrypharmacologyunnatural substratesbiochemistrybioorganic chemistrysialidase activity

Some Natural Flavonoids Are Competitive Inhibitors of Caspase-1, -3, and -7 Despite Their Cellular Toxicity. Food Chemistry (2011)

pharmacologynatural productsdrug discoveryenzyme inhibitionbiochemistryantioxidantsnatural product researchbioactive compoundspharmacognosycompetitive inhibitorscell biologynatural flavonoidscell deathphytopharmacologycellular toxicityapoptosis

Modulation of Cellular Adhesion by Glycoengineering. Journal of Medicinal Chemistry (2010)

Laila DafikMarc d’AlarcaoKrishna Kumar

medicinal chemistrypharmacologymedicinecell adhesioncellular adhesionbiomedical engineering

Flavonoids Can Be Cytotoxic to Breast Tumor Cells Despite Inhibiting Caspase‐3. The FASEB Journal (2009)

pharmacologymolecular cancerbreast cancercancer cellsbreast oncologybiochemistrydrug targetinganti-cancer agentsbioactive compoundstumor biologycell biologycell deathtumor cellstherapeutic targetsapoptosis

The Biological Activity of Structurally Defined Inositol Glycans. Future Medicinal Chemistry (2009)

Meenakshi GoelViatcheslav N AzevMarc d‘Alarcao

medicinal chemistryfuture medicinal chemistryglycosylationstructural biologycarbohydrate chemistrybiochemistrybiological activitymolecular biologyinhibitory activityglycobiologyinositol glycanschemical biologypeptide sciencechemistry

Fluorination of Mammalian Cell Surfaces via the Sialic Acid Biosynthetic Pathway. Bioorganic & Medicinal Chemistry Letters (2008)

Laila DafikMarc d’AlarcaoKrishna Kumar

medicinal chemistryglycosylationbiochemistrybioorganic chemistrymammalian cell surfaces

Synthesis of Galactosaminyl D-Chiro-Inositols. Carbohydrate Research (2006)

medicinal chemistrycarbohydrate chemistryorganic process researchorganic synthesiscarbohydrate polymerenantioselective synthesisbiochemistrypolysaccharidesgalactosaminyl d-chiro-inositolsnatural product researchbioorganic chemistrynatural product synthesischemical synthesis