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KITS
HT-HS10
Halosperm® is an in vitro diagnostic kit that allows the measurement of DNA fragmentation in a fast, easy, and reproducible manner, without the need for complex laboratory equipment. Halosperm® allows for an improved evaluation of sperm quality, complementing the information offered by the conventional sperm analysis. Conventional semen analysis only studies spermatozoa concentration, motility and morphology. It is an incomplete study, as it omits analysis of one of the most important parameters, the integrity of the DNA molecule....
KITS
HT-HSG2
Halosperm® is an in vitro diagnostic kit that allows the measurement of DNA fragmentation in a fast, easy, and reproducible manner, without the need for complex laboratory equipment. Halosperm® allows for an improved evaluation of sperm quality, complementing the information offered by the conventional sperm analysis. Conventional semen analysis only studies spermatozoa concentration, motility and morphology. It is an incomplete study, as it omits analysis of one of the most important parameters, the integrity of the DNA molecule....
KITS
HT-DHS5G2
Dyn-halosperm® has been developed in response to the needs of our clients to evaluate the kinetic aspects of DNA fragmentation. The interest in the study of the kinetics of fragmentation is growing, because the use of ex vivo sperm samples may produce iatrogenic damage, which differs significantly between individuals. It has been shown that sperm DNA damage is present from the time of ejaculation and increases over time. The longevity of DNA is different among different patients. Those who have high...
KITS
HT-OS20
Oxidative stress is essentially an imbalance between the production of free radicals and the body's ability to counteract their potential negative effects. Blockage of oxidative stress is achieved through the action of antioxidant substances, which the body generates itself or which are administered externally. Changes in the normal redox state of cells can cause cell toxicity, induced directly by the reactive oxygen, or from its derivatives like superoxide radicals, hydroxyl radicals or peroxides. These types of molecules can generate damage to...
KITS
