Bioengineering
2021
,
8
, 92
15 of 29
It was noted that many fruits and beverages are contaminated by ethyl carbamate, a
carcinogenic chemical causing the development of cancers in various animal species and
rarely in humans. In particular, this pesticide can induce the production of reactive oxygen
species, depurination of DNAs, and mitochondrial dysfunction [
69
,
70
].
3.2.4. Pyrethroids and Pyrethrins
Pyrethrins and pyrethroids are less toxic to mammalian cells and less persistent in the
environment than other pesticides. They can damage human health, mainly affecting the
nervous system. The effects can be systemic, immunological, neurological, reproductive,
developmental, genotoxic, and carcinogenic, and death [
40
]. The neurobehavioral func-
tioning of fetuses and children is damaged by the exposition to these pesticides, since they
have an immature nervous system, and their brain still has to grow and develop [
71
]. A
correlation between pyrethroid exposure and the increased risk of diabetes in the adult
population was found [
72
].
In Figure
8
, the LD
50
value of several pyrenoids is shown. These compounds are
more toxic than pyrethrins since they are synthesized with the purpose of increasing their
insecticidal power.
Bioengineering
2021
,
8
, x FOR PEER REVIEW
15 of 29
It was noted that many fruits and beverages are contaminated by ethyl carbamate, a
carcinogenic chemical causing the development of cancers in various animal species and
rarely in humans. In particular, this pesticide can induce the
production of reactive oxy-
gen species, depurination of DNAs, and mitochondrial dysfunction [69,70].
3.2.4. Pyrethroids and Pyrethrins
Pyrethrins and pyrethroids are less toxic to mammalian cells and less persistent in
the environment than other pesticides. They can damage human health,
mainly affecting
the nervous system. The effects can be systemic, immunological, neurological, reproduc-
tive, developmental, genotoxic, and carcinogenic, and death [40]. The neurobehavioral
functioning of fetuses and children is damaged by the exposition
to these pesticides, since
they have an immature nervous system, and their brain still has to grow and develop [71].
A correlation between pyrethroid exposure and the increased risk of diabetes in the adult
population was found [72].
In Figure 8, the LD
50
value of several pyrenoids is shown.
These compounds are more
toxic than pyrethrins since they are synthesized with the purpose of increasing their in-
secticidal power.
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