Biotechnology, by the word itself is a technology that is centered in
biology. It is the exploitation of biological process. Biotechnology has
harness the cellular and bio molecular processes to develop technologies and
product that help us elevate our lives. With the help of biotechnology, we are
able to modify the products for its specific use. Let me give you an example of
the following:
<span>1. </span>Medicine: In medicine, the modern biotechnology had
provided products that could combat rare diseases. Currently, around 250
biotechnology health care products and vaccines were made as well as those that
are known to be untreated.
<span>2. </span>Agriculture: With the help of biotechnology, we can
reduce some of the environmental footprint. It has been reported that it is
more than 13.3 million farmers used biotechnology products to prevent damage
from the yield cause by the pest.
<span>3. </span>Conservation: Biotechnology also help us reduce
greenhouse gas emissions.
Answer:
bees have an open circulatory sys- tem.
Explanation:
This simply means that hemolymph (bee blood) does not pump through veins but rather freely circulates in the bee's body cav- ity. Hemolymph does not transport oxygen but rather transports nutrients and hormones to the various body tissues.
In the case of DNS record; You launch windows command by navigating to start. -Type NSLOOKUP and then press enter. -Afterwards you enter the name you wish to query. On the other hand, Sam space is mainly run on the network and it can be used by network administrators to track down intruders and hackers.
Sam Spade for Windows offers a suite of tools for protecting against spam on mail servers, analyzing and troubleshooting web servers, and gathering information on Internet hosts.
DNS records (aka zone files) are instructions that live in authoritative DNS servers and provide information about a domain including what IP address is associated with that domain and how to handle requests for that domain.
To learn more about DNS record here
brainly.com/question/15015211
#SPJ4
Increased concentration of the substrate increases enzyme activity until all the enzymes are immediately occupied by substrate molecules so it cannot work any faster as enzyme activity becomes the limiting factor (substrate concentration increasing increases enzyme activity until it is no longer the limiting factor)
All enzymes have an optimum pH depending on the enzyme at optimum pH they work as fast as they can so from a lower pH to this pH enzyme activity increases however after the optimum the enzyme begins to be denatured as the pH breaks apart the hydrogen bonds in the tertiary structure of the proteins (enzymes are proteins) so the enzyme activity decreases after this pH level
