Nealda Y. Profile

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singapore,

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Dołączył września 29, 2011

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Nealda Y.

@nealda

5,0

(2 opinii)

4,6

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$35 USD / godz.

singapore,

singapore

$35 USD / godz.

100%

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Powtórna Stawka Zatrudnienia

Health and medical writer, business process architect

Nealda Yusof is Consultant of her own firm, BeegBee Technology Alliance. She has a Doctorate in Materials Science with concentration in Biomedical Materials. With 7 years of experience working with multinational pharmaceutical and medical device manufacturers, she had been involved in operational risk management, best practices implementation, regulatory compliance, validation and testing, and quality assurance audits. Leading a life science Contract Research Organisation with 30 staff members for 5 years provided her with solid commercial, business development, and sales & marketing background.

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Portfolio

234312

PowerPoint slides

234297

Corporate Leaflet

234293

Big pharma will survive: A reply to eyeforpharma

234276

Flexible chitin films as potential wound-dressing materials

234269

Asianizing Medical Device Testing

234312

PowerPoint slides

234297

Corporate Leaflet

234293

Big pharma will survive: A reply to eyeforpharma

234276

Flexible chitin films as potential wound-dressing materials

234269

Asianizing Medical Device Testing

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5,0

$250,00 USD

Website content writing: pharmaceutical/biotechnology

Great work, S.S.T

Mohammed T.

@mtarig

•

12 lat temu

5,0

$300,00 USD

Pharmaceutical/Biotech company profile writing

Great work, S.S.T

Mohammed T.

@mtarig

•

13 lat temu

Doświadczenie

BeegBee Technology Alliance

cze 2009 - Obecnie

BeegBee Technology Alliance is a business solutions firm specialising in process improvement, operational strategy, customer relationship management and business development. Our objective is to provide project management services in these areas that will raise the profile and visibility of our clients among business stakeholders. We aim to provide consulting platforms that enable businesses to improve stakeholder and organisational communications.

Biomedical Research and Support Services

wrz 2003 - sie 2008 (4 lata, 11 miesięcy)

Responsible for developing products and services, managing client accounts and establishing business processes/operational strategies.

Health Sciences Authority

wrz 2001 - sie 2003 (1 , 11 miesięcy)

Responsible for developing regulatory policies for medical devices.

Edukacja

LLB Hons

2008 - 2011

(3 lata)

PhD

National University of Singapore,

Singapore

1997 - 2002

(5 lat)

BSc Hons

National University of Singapore,

Singapore

1993 - 1997

(4 lata)

Kwalifikacje

Faster Health and Fitness

2010

Active IQ

2010

Active IQ

2010

Publikacje

Flexible chitin films as potential wound-dressing materials: wound model studies

Journal of Biomedical Materials Research

Chitin films possessing increased flexibility, softness, transparency, and conformability have been prepared. These attributes enable the potential application of chitin films as occlusive, semipermeable film wound dressings similar to commercial products such as Opsite(TM). The chitin films are generally nonabsorbent, exhibiting a total weight gain of only up to 120-160% in physiological fluid. Dry chitin films transpire water vapor at a rate of about 600 g/m2/24 h, similar to commercial polyurethane-based

Preparation and characterization of chitin beads as a wound dressing precursor

Journal of Biomedical Materials Research

Chitin was dissolved in N, N-dimethylacetamide/5% lithium chloride (DMAc/5%LiCl) to form a 0.5% chitin solution. Chitin beads were formed by dropping the 0.5% chitin solution into a nonsolvent coagulant, ethanol. The beads were left in ethanol for 24 h to permit hardening, consolidation, and removal of residual DMAc/5%LiCl solvent in order to give spherical chitin beads uniform size distribution. The ethanol-gelled chitin beads had an average diameter of 535 mm. The chitin beads were subsequently activated

Flexible chitin films: structural studies

Carbohydrate Research

Chitin gels were transformed into thin, flexible chitin films with minimal dimensional shrinkage and maximum flexibility and thickness in the range of 25-80lm by a cold-press process. Solvent residue was removed by heating the films at 50C for 12h, followed by rinsing in 95% ethanol. The crystallinity and mechanical properties of the flexible chitin films were found to be a function of the amount of shrinkage from the gel to the final film that was obtained. For 28-lm thick films with 30% shrinkage, trans