Services

Our services are based on the Translational Pharmacology Approach (TPA) with the aim of improving the predictive value of the experimental models used to qualify the efficacy and safety of a drug candidate.

We propose a large choice of experimental platforms:

  • Human Tissues from Healthy donors and Patients. Tissues can be fresh, frozen at -80°C or paraffin embedded (FFPE)
  • Human primary cells in Air-Liquid Interface (ALI) cultures
  • Human and animal isolated tissues freshly isolated for studies of myogenic and neurogenic contractions/relaxations
  • Experimental models in vivo on mice and rats, mimicking the pathology of interest

Fields of Expertise

Translational Pharmacology

The challenge for Translational Pharmacology is to improve the predictive value of the tools that are used to qualify the efficacy and safety of a drug candidate.

Our goal is to improve the predictivity of preclinical studies by using different experimental platforms:

  • in vitro: Human primary cells in Air-Liquid Interface (ALI) cultures
  • ex vivo: Human and animal isolated tissues freshly isolated for studies on myogenic and neurogenic contractions/relaxations
  • in vivo models using mice and rats, mimicking the pathology of interest

Nutraceuticals and Plant Extracts

Nutraceuticals

The term “nutraceutical” combines the two words of “nutrient,” which is a nourishing food component, and “pharmaceutical,” which is a medical drug. The name was coined in 1989 by Stephen DeFelice, founder and chairman of the Foundation for Innovation in Medicine, USA.

Humana Biosciences offers experimental models to evaluate the absorption of Nutraceuticals by the gastro-intestinal tract, by using human cells and tissues, as well as animal tissues.

Our expertise allows us to deliver reliable results and to help our clients reduce the time to market for their newly developed Nutraceuticals.

Plant extracts

Plant extract refers to a product that is formed through an extraction and separation process where plants are used as raw materials. Generally the original components of the plants are not changed. There are also a small amount of liquid or oily plant extract products.

Our clients benefit from our long experience in handling and evaluating plant extracts by using in vitro, ex vivo and in vivo experimental models. Our expertise allows us to deliver reliable results and to help our clients reduce the time to market for their newly developed plant extracts for a variety of applications (pharmaceuticals, nutraceuticals, cosmetics…)

Human Tissues from Healthy donors and Patients

Tissues can be fresh, frozen at -80°C or paraffin embedded (FFPE)

Human tissues are guaranteed to be obtained from consenting donors who did not receive any financial incentive.

We guarantee the respect of the Convention for the protection of human rights and dignity of human beings concerning applications of biology and medicine: “Convention on Human Rights and Biomedicine”.

Our sources are compliant with the highest international ethical guidelines.

Our Company is titular of several authorizations for preparation, manipulation, import/export of human tissues, delivered by the French Ministry of Research.

Consulting

Save both time and money: our 35 years’ expertise is available when you need it:

  • Identification of the best Experimental Models
  • Study Plan optimization
  • Evaluation of Therapeutic Switching opportunities
  • Designing new drug formulations

Our Services

Model for Aging of the Lower Urinary Tract in mice

Effect of Botulinum Toxins injected into the rat detrusor muscle

Effect of Botulinum Toxins on digital abduction score in mouse

Experimental model to test drugs for Alopecia

Energy metabolism platform in rodents

Ussing chambers for intestinal absorption

Ussing chambers for ion channel studies

3D Models of Human Intestinal Epithelium

Model of inflammatory bowel disease in mice

Model for Exocrine Pancreatic Insufficiency

3D model of Human bronchial Epithelium

Model of Pulmonary Fibrosis

Ciliary Beat Frequency in Human Bronchial cells from asthmatic patients

Ciliary Beat Frequency in Human Bronchial cells from COPD patients

Ex-vivo: Isolated Bronchi & Trachea

Overactive Bladder Model in transgenic mice

Human prostatic carcinoma cells model

Model of Stress Urinary Incontinence (SUI) in female rats

3D Model of Human Urothelium

Overactive Bladder Model in transgenic mice

Model for Bacterial Cystitis in Rats

BPH model in transgenic mice

Chronic model of urinary bladder inflammation in rats

Model for Hyponatremia in rats

Ex-vivo: Isolated Urinary Bladder

Chronic model of Diabetic Neuropathy induced by STZ in rats

Download our service data sheet