The synthesis of amylase is an anabolic reaction where the free energy of the reactants is higher than the products. The Gibbs free energy for this reaction has a negative value (-ΔG), signifying energy is absorbed.

The synthesis of amylase is an endergonic process, resulting in the products containing less free energy than the reactants. The Gibbs free energy for this reaction has a positive value (+ΔG), signifying energy is absorbed.

The synthesis of amylase is an exergonic process, resulting in the product containing more free energy than the reactants. The Gibbs free energy for this reaction has a negative value (-ΔG), signifying energy is released.

The synthesis of amylase is an endergonic process, resulting in the product containing more free energy than the reactants. The Gibbs free energy for this reaction has a positive value (+ΔG), signifying energy is absorbed.

The synthesis of amylase results in the product and reactants containing the same amount of free energy. The Gibbs free energy for this reaction is zero (ΔG = 0), signifying energy is neither absorbed or released.

The synthesis of amylase is a catabolic reaction where the free energy is higher in the products than the reactants. The Gibbs free energy for this reaction has a positive value (+ΔG), signifying energy is absorbed.

The synthesis of amylase is an exergonic reaction, resulting in the product containing less free energy than the reactants. The Gibbs free energy for this reaction has a positive value (+ΔG), signifying energy is absorbed.

Blastocyst transfer

Pronuclear transfer

Gene editing transfer

Meiotic-spindle transfer

They demonstrated the feasibility of gene editing techniques in treating mitochondrial diseases

They successfully utilized pronuclear transfer to produce healthy macaque offspring

They introduced a novel strategy for preventing mitochondrial diseases by targeting nuclear DNA

They confirmed the effectiveness of meiotic-spindle transfer in producing healthy embryos free of mutant mtDNA

They suggested that meiotic-spindle transfer is ineffective in eliminating mutant mtDNA from embryos and requires further investigation

They found that the timing of nuclear transfer, before or after fertilization, significantly impacts the success of meiotic-spindle transfer

They successfully produced blastocyst-stage embryos with negligible amounts of mutant mtDNA using meiotic-spindle transfer

They concluded that pronuclear transfer is more effective than meiotic-spindle transfer in eliminating mutant mtDNA from embryos