The synthesis of protein or carbohydrate polymers always produces water as a byproduct.
Since protein and carbohydrate polymers are condensation polymers, water is always produced as a byproduct of their formation.
The process of connecting two smaller molecules, known as monomers, to create a larger molecule, known as a polymer, is known as polymerization. two processes may result in polymerization;
Condensation AdditionCondensation polymerization involves joining together monomers, which results in the loss of a tiny molecule like water. Additionally, no tiny molecule is lost during polymerization.
Proteins and carbohydrates are condensation polymers, which means that every time they form, a water molecule is lost.
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The ____________ gland connects the endocrine system with the nervous system by converting some of the signals from nerve into hormone signals.
pineal
The gland connects the endocrine system with the nervous system by converting some of the signals from nerve into hormone signals is Pineal gland.
A gland in the endocrine system is made up of group of cells that function to secrete hormones. A hormone is a chemical that moves throughout the body regulate emotions and behavior.
The pineal gland develops from a section of brain and is located behind the third cerebral ventricle in the brain midline. Its name is derived from its shape, which is similar to pinecone.
The pineal gland has a rich supply of adrenergic nerves that greatly influence its function. In some lower vertebrates the gland has a well- developed eyelike structure. It's others, though not organized as an eye, its function as a light receptor.
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Correct Question,
The ____________ gland connects the endocrine system with the nervous system by converting some of the signals from nerve into hormone signals.
Which sequence is from the smallest group of organisms to the largest group of organisms?
A genus family → species
B genus species → family
C species family → genus
D species→→→ genus →→ family
Taxonomy classifies organisms according to their evolutive, morphological, and molecular characteristics. From the smallest to the largest group of organisms, option D is correct, species→→→ genus →→ family.
What is taxonomy?Taxonomy is the study of different organisms, their classification into categories according to their morphological and molecular characteristics and their evolutionary relationships, and assigning to each them a binomial name.
From the smallest to the largest, the categories where organisms are classified into are:
RaceSubspeciesSpeciesGenusFamilyorderClassPhylumKingdomDomainThe correct option is D: species→→→ genus →→ family
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Molecules move into and out of the cell by active and 4 points passive transport every second. What is the difference between the 2 types of transport? active transport passive transport requires ATP energy facilitated diffusion osmosis exocytosis
Molecules move into and out of the cell by active and passive transport every second. active transport require ATP energy whereas passive transport does not require energy.
Both passive diffusion and active transport are fundamentally different ways that solutes move across membranes. The solution reaches equilibrium across the membrane as a result of passive diffusion, which only uses the electrochemical (concentration) gradient of the solute as an energy source. Passive diffusion can take two forms: simple passive diffusion, in which the solute simply dissolves into and diffuses through the lipid bilayer, and facilitated passive diffusion, in which the solute crosses the membrane at specific locations where diffusion is aided by solute-specific facilitators or carriers. A nonequilibrium, net buildup (uptake) of the solute is produced by active transport, which demands additional energy, frequently in the form of ATP, and occurs on one side of the membrane.
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Add a new fresh water source to the model of a factory that has been polluted by acid rain and its water run off. Observes the changes and record your observation in the lab guide. how does the new fresh water source affect the already polluted water and ground?
Introducing a new freshwater source to a model of a factory that has been polluted by acid rain and its water runoff can have different effects depending on the nature of the pollution and the characteristics of the new water source.
Here are a few possible observations:
If the freshwater source is alkaline, it can neutralize the acidity of the polluted water, reducing the negative effects of acid rain on aquatic life and the environment.If the freshwater source is high in dissolved oxygen, it can support the growth of aerobic microorganisms that can break down pollutants in the water, leading to water purification.If the new water source has a high flow rate, it can dilute the pollution and reduce the concentration of pollutants in the water, improving water quality.If the new water source is coming from an underground aquifer, it can help to recharge the groundwater and reduce the impact of acid rain on the groundwaterLearn more about acid rain here:
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Why is it okay that some animals are treated so cruelly while some have our protection?
Answer:
The treatment of animals varies depending on the context and cultural values. While some animals are considered to be companions and are protected by laws and regulations, others are used for food, clothing, medical research, or other purposes. The level of protection and welfare provided to animals is a complex issue, and different societies have different attitudes towards animals.
The use of animals for food, clothing, medical research, or other purposes is a controversial issue, and there are valid arguments on both sides. Some people argue that it is necessary to use animals for these purposes in order to meet human needs, while others argue that it is morally wrong to cause unnecessary suffering to animals.
Animal welfare regulations and laws are in place to minimize the suffering of animals used in these ways, but the enforcement and stringency of these laws vary across countries and regions. There are also many organizations and individuals working to improve the treatment of animals and to promote animal welfare.
Ultimately, the decision about how to treat animals is a complex ethical and moral question, and different people may have different opinions on the matter.
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explain why proposing to teach creationism or intelligent
design in high school science classes is legally problematic in this country, and what some of the results of these
attempts have been.
Intelligent design is in the form of creationism that lacks empirical support and provides no testable or sustainable hypotheses which is not a science.
Why shouldn't intelligent design be taught in schools?Intelligent design is defined as a pseudoscientific set of beliefs based on the assumption that life on Earth is so complex that it cannot be explained by the scientific theory of evolution and was therefore designed by an extraterrestrial entity.
Students who are taught evolution will likely have a better understanding of science and biology while building a closer relationship with their environment. Intelligent design should not be taught in public schools because it is not a true form of science. This undermines the process of teaching development in the curriculum.
Thus, Intelligent design is in the form of creationism that lacks empirical support and provides no testable or sustainable hypotheses which is not a science.
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What can we learn from the journal "Chromatin domain changes related to 3d genome organization in large cohorts of schizophrenia and bipolar disorder brains"?
Major issues in cell biology revolve around figuring out how chromatin is arranged inside the nucleus and how its 3D architecture affects gene regulation, cell fate choices, and evolution.
We still know very little about the mechanisms underpinning chromatin structure and how it may be formed, reset, and maintained despite amazing advances in this area. In this Review, we cover recent advances in quantitative biology, genomics, and cell and molecular biology techniques that have provided new insights into chromatin architecture and describe how these new ideas have been applied to tackle significant biological problems in development and illness.Eukaryotic cells include a structure made up of protein, RNA, and DNA called chromatin. Its main job is to compress very long DNA molecules into a smaller, denser structure, which keeps the strands from tangling and is crucial for strengthening the DNA during cell division and reducing DNA damage.
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What is a disadvantage of using an extended weather forecast to plan an event? (1 point)
O Extended weather forecasts may not accurately predict weather for distant dates.
O Extended weather forecasts may not contain data from reputable sources.
O Extended weather forecasts are not based on scientific evidence.
O Extended weather forecasts are not developed using technological tools.
disadvantages of event planning with a long-term weather forecast Long-range weather forecasts might not include information from reliable sources.
What drawbacks are there to weather forecasting?The following are some forecasting-related drawbacks: Predictions are Never 100% Accurate - Predicting the future with absolute confidence is nearly impossible, and projections are never 100% accurate. Your projections will never be accurate, irrespective if you have a superb methodology in place or forecasting professionals on staff.
What is the primary drawback of weather prediction?Even a small change in one layer, like a butterfly flapping its wings, might cause a chain reaction that affects the other layers and result in drastically different weather patterns. Because of all the variation and ambiguity.
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a specimen is suspected to contain which one of the following organisms because it may be cultured by placing it on an agar plate with an overlay growth of escherichia coli?
By putting a specimen on an agar plate with only an overlay growth of an Escherichia coli Acanthamoeba species, it is possible to cultivate the suspected organism.
What is an infection with Escherichia coli?Overview. Normally, healthy humans and animals' intestines contain E. coli bacteria. The majority of E. coli strains either do not cause diarrhoea or only do so temporarily. Others, such as E. coli O157:H7, can, however, result in vomiting, excruciating stomach aches, and bloody diarrhoea.
Where can I find Escherichia coli?By consuming infected food, consuming contaminated water, or touching your mouth with hands that have been contaminated with E. coli bacteria, you can come into contact with and ingest the germs. Meats: E-contamination contamination occurs in meats.
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Correct option is :
A specimen suspected of containing which organism may be cultured by placing it on an agar plate with an overlay growth of Escherichia coli?
A. Entamoeba coli
B. Schistosoma japonicum
C. Acanthamoeba species
D. Taenia species
I need to know the answer pls help asap
